mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing treated precipitated silica comprising: (a) combining an alkali metal silicate and an acid to form a slurry comprising untreated silica, wherein said untreated silica has not been previously dried; (b) treating said slurry with a treating composition comprising a treating agent, thereby forming a treated slurry; and (c) drying said treated slurry to produce a treated precipitated silica, wherein said treating agent comprises at least one of: (i) an unsaturated fatty acid comprising a linear or branched, optionally substituted C 4 to C 38 alkyl having at least one carbon-carbon double bond; and/or (ii) a derivative of said unsaturated fatty acid of (i), wherein at least one carbon-carbon double bond is reacted to include at least one functional group; wherein said unsaturated fatty acid (i), and said unsaturated fatty acid of said derivative (ii) are in each case the same or different. (a) combining an alkali metal silicate and an acid to form a slurry comprising untreated silica, wherein said untreated silica has not been previously dried; (b) treating said slurry with a treating composition comprising a treating agent, thereby forming a treated slurry; and (c) drying said treated slurry to produce a treated precipitated silica, wherein said treating agent comprises at least one of: (i) an unsaturated fatty acid comprising a linear or branched, optionally substituted C 4 to C 38 alkyl having at least one carbon-carbon double bond; and/or (ii) a derivative of said unsaturated fatty acid of (i), wherein at least one carbon-carbon double bond is reacted to include at least one functional group; wherein said unsaturated fatty acid (i), and said unsaturated fatty acid of said derivative (ii) are in each case the same or different. (i) an unsaturated fatty acid comprising a linear or branched, optionally substituted C 4 to C 38 alkyl having at least one carbon-carbon double bond; and/or (ii) a derivative of said unsaturated fatty acid of (i), wherein at least one carbon-carbon double bond is reacted to include at least one functional group;
A method of modifying 5-hydroxymethylcytosine residues in a sample nucleotide sequence comprising the step of oxidising said sample nucleotide sequence, thereby selectively oxidising said 5-hydroxymethylcytosine to 5-formylcytosine residues, wherein the oxidation is carried out using a metal oxide.
A method (100; 120; 150; 180) of damping torsional vibrations in a drive line including a clutch , the method comprising the step of controlling a clutch slip speed of the clutch , and an output shaft speed of the drive; characterized in that said controlling step includes maintaining a positive slope of a total torque of the drive line versus the clutch slip speed run in a graphical representation and wherein the maintaining the positive slope of the total torque of the drive line versus the clutch slip speed occurs at a slip speed of less than 30 rotations per minute, wherein the total torque including a sum of clutch torque added to a turbine torque.
Cooking appliance with a cooking plate and with a heating device thereunder, wherein: - the heating device runs parallel to the cooking plate and bears at least partially against the bottom side of said cooking plate, - the heating device has a flat carrier disc running parallel to the cooking plate , - on a bottom side and on a top side of the carrier disc there are arranged in each case heating means which in each case substantially cover or shield the carrier disc, - both heating means have in each case at least one heating conductor , characterized in that - the carrier disc has micanite, - the heating means have thick-film heating conductors as heating conductors , or are applied in a thick-film process onto the carrier disc . - the heating device runs parallel to the cooking plate and bears at least partially against the bottom side of said cooking plate, - the heating device has a flat carrier disc running parallel to the cooking plate , - on a bottom side and on a top side of the carrier disc there are arranged in each case heating means which in each case substantially cover or shield the carrier disc, - both heating means have in each case at least one heating conductor , characterized in that - the carrier disc has micanite, - the heating means have thick-film heating conductors as heating conductors , or are applied in a thick-film process onto the carrier disc .
A vacuum cleaner comprising: a housing ; a motor fan assembly arranged to generate an air flow; a dirt container in fluid communication with a dirty air inlet and the motor fan assembly; a moveable dirt compactor mounted in the dirt container and moveable between a stowed position and a dirt compacting position wherein the moveable dirt compactor is closer to one end of the dirt container in the dirt compacting position than in the stowed position, characterized in that the movable dirt compactor is shaped so as to allow dirt within the dirt container located on one side of the dirt compactor to pass to the other side of the dirt compactor; and a detector switch coupled to the moveable dirt compactor, the detector switch configured to open an electrical circuit and interrupt power supplied to the motor fan assembly when the moveable dirt compactor moves towards the dirt compacting position and urges dirt towards the one end of the dirt container. a housing ; a motor fan assembly arranged to generate an air flow; a dirt container in fluid communication with a dirty air inlet and the motor fan assembly; a moveable dirt compactor mounted in the dirt container and moveable between a stowed position and a dirt compacting position wherein the moveable dirt compactor is closer to one end of the dirt container in the dirt compacting position than in the stowed position, characterized in that the movable dirt compactor is shaped so as to allow dirt within the dirt container located on one side of the dirt compactor to pass to the other side of the dirt compactor; and a detector switch coupled to the moveable dirt compactor, the detector switch configured to open an electrical circuit and interrupt power supplied to the motor fan assembly when the moveable dirt compactor moves towards the dirt compacting position and urges dirt towards the one end of the dirt container.
Non-therapeutic use of at least one extract derived from plant cell cultures enriched in somatic embryos belonging to the species Lotus japonicus, Citrus limon and Rosa gardenia for the treatment of imperfections related to skin aging and for inducing a skin tissue rejuvenation effect, wherein said at least one extract comprises an extract rich in peptides and sugars obtained by a process comprising the following steps: a) inducing plant cell suspension cultures to form somatic embryos; b) homogenizing the obtained somatic embryos in a salt water solution, obtaining a homogenate; c) separating the solid part from the liquid part of said homogenate, the liquid part constituting a hydrosoluble extract; d) extracting said solid part with a lipophilic solvent, obtaining a liposoluble extract; and e) treating said solid part with proteolytic enzymes in acid solution in order to hydrolyze the glycoproteins of the cell walls of the somatic embryos, obtaining said extract rich in peptides and sugars. a) inducing plant cell suspension cultures to form somatic embryos; b) homogenizing the obtained somatic embryos in a salt water solution, obtaining a homogenate; c) separating the solid part from the liquid part of said homogenate, the liquid part constituting a hydrosoluble extract; d) extracting said solid part with a lipophilic solvent, obtaining a liposoluble extract; and e) treating said solid part with proteolytic enzymes in acid solution in order to hydrolyze the glycoproteins of the cell walls of the somatic embryos, obtaining said extract rich in peptides and sugars.
A device for manufacturing a part made of a composite material by resin transfer molding comprising a manufacturing mold into which is intended to be disposed at least one preform of the part intended to be impregnated with resin during the resin transfer process, the mold being split into a die and one or several movable structural element(s) intended to be indexed on the die, the set forming, after assembly, an imprint corresponding to the shape of the part to be manufactured, characterized in that the mold is associated to at least one positioning frame having a low coefficient of thermal expansion which is linear in at least one direction, the positioning frame being designed so as to enable the indexing and the holding of one or several movable structural element(s), corresponding to at least one singularity , on the die.
An embedded multi-die interconnect bridge, EMIB, substrate comprising: an organic substrate ; a bridge embedded in the organic substrate , the bridge including a plurality of routing layers , , , embedded within the bridge , each routing layer having a plurality of traces, each of the plurality of routing layers , , , having a coefficient of thermal expansion, CTE, that varies from an adjacent routing layer; and a mold embedded in the organic substrate , the mold encapsulating all or a portion of the bridge and having a CTE between a CTE of the bridge and a CTE of the organic substrate . an organic substrate ; a bridge embedded in the organic substrate , the bridge including a plurality of routing layers , , , embedded within the bridge , each routing layer having a plurality of traces, each of the plurality of routing layers , , , having a coefficient of thermal expansion, CTE, that varies from an adjacent routing layer; and a mold embedded in the organic substrate , the mold encapsulating all or a portion of the bridge and having a CTE between a CTE of the bridge and a CTE of the organic substrate . plurality of routing layers , , , embedded within the bridge , each routing layer having a plurality of traces, each of the plurality of routing layers , , , having a coefficient of thermal expansion, CTE, that varies from an adjacent routing layer; and a mold embedded in the organic substrate , the mold encapsulating all or a portion of the bridge and having a CTE between a CTE of the bridge and a CTE of the organic substrate .
A method for encoding a video sequence, comprising the following steps by a processing unit of an encoding device: - splitting an image from the video sequence into blocks of values; - for each block: ∘ transforming the values of the block into transform coefficients; ∘ organizing these transform coefficients into several coefficient groups; ∘ quantizing the transform coefficients into quantized coefficients; encoding the block using the quantized coefficients; - encoding the video sequence based on the encoding of the blocks; characterized in that the quantizing step further comprises for quantized coefficients corresponding to one coefficient group: ∘ determining scaled coefficients where a scaled coefficient is based on a transform coefficient of the coefficient group, by multiplying the transform coefficient by a factor parameter and then adding a deadzone parameter, wherein the deadzone parameter DZ k,j is computed according to the equation: DZ k,j = DZ - c.k, where j is the index of the coefficient group in the block, DZ is a global deadzone parameter; c is a constant parameter, k is the index of the transform coefficient within the coefficient group; ∘ shifting each scaled coefficient to obtain a corresponding quantized coefficient; ∘ comparing a sum value representative of a summing result of magnitudes of the quantized coefficient values corresponding to the coefficient group, with a threshold; and ∘ setting the quantized coefficients corresponding to the coefficient group to zero, if the summing result is below the threshold. - splitting an image from the video sequence into blocks of values; - for each block: ∘ transforming the values of the block into transform coefficients; ∘ organizing these transform coefficients into several coefficient groups; ∘ quantizing the transform coefficients into quantized coefficients; encoding the block using the quantized coefficients; ∘ transforming the values of the block into transform coefficients; ∘ organizing these transform coefficients into several coefficient groups; ∘ quantizing the transform coefficients into quantized coefficients; encoding the block using the quantized coefficients; - encoding the video sequence based on the encoding of the blocks; ∘ determining scaled coefficients where a scaled coefficient is based on a transform coefficient of the coefficient group, by multiplying the transform coefficient by a factor parameter and then adding a deadzone parameter, wherein the deadzone parameter DZ k,j is computed according to the equation: DZ k,j = DZ - c.k, where j is the index of the coefficient group in the block, DZ is a global deadzone parameter; c is a constant parameter, k is the index of the transform coefficient within the coefficient group; ∘ shifting each scaled coefficient to obtain a corresponding quantized coefficient; ∘ comparing a sum value representative of a summing result of magnitudes of the quantized coefficient values corresponding to the coefficient group, with a threshold; and ∘ setting the quantized coefficients corresponding to the coefficient group to zero, if the summing result is below the threshold.
A beverage nucleator system for a supercooled beverage container , comprising: a frame including a beverage container aperture sized to receive a beverage container therein, and characterized by : a container of compressed gas configured to maintain the gas therein at pressure of 4800-8300 kPa (700-1200 psi); a gas outlet positioned within the beverage container aperture for directing a flow of pressurized gas at the exterior of the beverage container received therein, the gas outlet comprising a nozzle coupled to a valve , the nozzle controlling the direction and flow characteristics of the pressurized gas, the nozzle being located in a side wall of the beverage container aperture such that the outlet opening is located adjacent a body of the beverage container received within the beverage container aperture ; the valve being movable between an open and closed position for controlling the flow of pressurized gas through the gas outlet , where the valve is biased in a closed position; and a timer coupled to a switch for controlling a timing of the valve in the open position, wherein the flow of pressurized gas provides a point transmission of input energy. a container of compressed gas configured to maintain the gas therein at pressure of 4800-8300 kPa (700-1200 psi); a gas outlet positioned within the beverage container aperture for directing a flow of pressurized gas at the exterior of the beverage container received therein, the gas outlet comprising a nozzle coupled to a valve , the nozzle controlling the direction and flow characteristics of the pressurized gas, the nozzle being located in a side wall of the beverage container aperture such that the outlet opening is located adjacent a body of the beverage container received within the beverage container aperture ; the valve being movable between an open and closed position for controlling the flow of pressurized gas through the gas outlet , where the valve is biased in a closed position; and a timer coupled to a switch for controlling a timing of the valve in the open position, wherein the flow of pressurized gas provides a point transmission of input energy.
A method of manufacturing a welded structure, the method comprising: a preparation operation (S110) of arranging a first member to overlap a second member ; a first welding operation (S120) of forming a first welding line (WL1) between the first member and the second member on a first surface of the first member by welding a portion at which the first member overlaps the second member, the first surface of the first member being a surface of the first member facing the second member; and a second welding operation (S130) of forming a second welding line (WL2) between the first member and the second member on a second surface of the first member by welding the portion at which the first member overlaps the second member, the second surface of the first member being a surface opposite to the first surface; wherein in the first welding operation or the second welding operation, which is performed later in time series, the first welding line and the second welding line are connected to each other to form a closed-loop shape along a circumferential region of the first member. a preparation operation (S110) of arranging a first member to overlap a second member ; a first welding operation (S120) of forming a first welding line (WL1) between the first member and the second member on a first surface of the first member by welding a portion at which the first member overlaps the second member, the first surface of the first member being a surface of the first member facing the second member; and a second welding operation (S130) of forming a second welding line (WL2) between the first member and the second member on a second surface of the first member by welding the portion at which the first member overlaps the second member, the second surface of the first member being a surface opposite to the first surface; wherein in the first welding operation or the second welding operation, which is performed later in time series, the first welding line and the second welding line are connected to each other to form a closed-loop shape along a circumferential region of the first member.
Method for controlling a hydraulic upper link of a three-point hitch, in which an extended position (l o ) of the upper link articulated at a fixed hole in an attachment is adjusted within a predefined adjustment range (l o- , ...,l o+ ) on the basis of a predefined characteristic curve (l o =l o (F o )) and in accordance with a tensile or compressive force (F o ), which is detected by sensors, acting on the upper link , or in which the extended position (l o ) of the upper link articulated at a slot in the attachment is adjusted in accordance with a predefined minimum value (F o,min ) for the tensile or compressive force (F o ).
An axle assembly comprising: an electric motor module that is operatively connectable to a differential assembly , the electric motor module having a motor housing that receives a rotor that is rotatable about an axis ; a cover that is mounted to an end of the motor housing , wherein the cover receives a planetary gear set that is operatively connected to the rotor and that has a planet gear carrier ; a shift mechanism housing that is disposed on the cover , wherein the shift mechanism housing has an inner housing side that faces toward the axis and a wall that extends from the inner housing side toward the axis , wherein the wall at least partially defines a lubricant opening and receives a bearing assembly that rotatably supports the planet gear carrier ; characterized in that a deflector that is mounted to the shift mechanism housing proximate the lubricant opening , wherein the deflector is axially positioned between the planetary gear set and the wall , and the deflector is configured to direct lubricant through the lubricant opening . an electric motor module that is operatively connectable to a differential assembly , the electric motor module having a motor housing that receives a rotor that is rotatable about an axis ; a cover that is mounted to an end of the motor housing , wherein the cover receives a planetary gear set that is operatively connected to the rotor and that has a planet gear carrier ; a shift mechanism housing that is disposed on the cover , wherein the shift mechanism housing has an inner housing side that faces toward the axis and a wall that extends from the inner housing side toward the axis , wherein the wall at least partially defines a lubricant opening and receives a bearing assembly that rotatably supports the planet gear carrier ; characterized in that a deflector that is mounted to the shift mechanism housing proximate the lubricant opening , wherein the deflector is axially positioned between the planetary gear set and the wall , and the deflector is configured to direct lubricant through the lubricant opening .
A fire control and detection system with integrated voice over internet protocol communication, the system comprising: alarm system devices which are respectively operable to detect various conditions within a predefined space and to take various actions relative to the various conditions within the predefined space; an alarm monitoring system in electronic communication with the alarm system devices ; characterized in that each of the alarm system devices includes a voice over internet protocol (VOIP) communication apparatus , the alarm system devices being configured to provide access to a technician based on the identity of the service technician and such that: a low level service technician having limited access to the VOIP communication apparatus , where the VOIP communication apparatus allows to make calls to the alarm monitoring system only; and higher level service technicians have full access allowing the higher level service technicians to make calls through the VOIP communication apparatus to other VOIP communication apparatuses on other alarm system devices and to remote service technician cell phones. alarm system devices which are respectively operable to detect various conditions within a predefined space and to take various actions relative to the various conditions within the predefined space; an alarm monitoring system in electronic communication with the alarm system devices ; characterized in that each of the alarm system devices includes a voice over internet protocol (VOIP) communication apparatus , the alarm system devices being configured to provide access to a technician based on the identity of the service technician and such that: a low level service technician having limited access to the VOIP communication apparatus , where the VOIP communication apparatus allows to make calls to the alarm monitoring system only; and higher level service technicians have full access allowing the higher level service technicians to make calls through the VOIP communication apparatus to other VOIP communication apparatuses on other alarm system devices and to remote service technician cell phones. a low level service technician having limited access to the VOIP communication apparatus , where the VOIP communication apparatus allows to make calls to the alarm monitoring system only; and higher level service technicians have full access allowing the higher level service technicians to make calls through the VOIP communication apparatus to other VOIP communication apparatuses on other alarm system devices and to remote service technician cell phones.