mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a floor covering product, wherein this method comprises at least a first step of forming a single- or multi-layered substrate by consolidating synthetic material-based starting material , as well as comprises a second step after the first step, which preferably is performed in line with the first step, wherein at least one continuous film is laminated onto the substrate, wherein said laminating is performed by means of a belt press , wherein a belt press is applied which is made as a double belt press and impressions are provided in the upper side of the floor covering product, wherein said continuous film is a decor film comprising a printed decor, characterized in that this film, prior to laminating, is subjected to controlled stretching in order to stretch the decor to a greater or lesser extent, in the width and/or length, such that the decor is adjusted in function of the desired final result, wherein said impressions are realized as so-called "in register" with the decor.
Hood-raising device, comprising: - a base , which is arranged to be secured to a vehicle chassis, - a push head , which is arranged to lift a vehicle hood and is movable between a rest position and an activated position, - a pyrotechnic actuator , which is arranged to move the push head from the rest position to the activated position following actuation, - a locking element , which is arranged to engage with the vehicle hood when the push head is moved from the rest position to the activated position, - an anchoring portion , which is arranged to form part of the hood and comprises a shouldered pin , which is arranged to be able to engage with the locking element , the hood-raising device comprising a deformable linking member , which links the base to the push head and is arranged to be deformed when the push head is moved from the rest position to the activated position following actuation of the pyrotechnic actuator , the locking element being arranged to be constantly disengaged from the vehicle hood when the push head is in the rest position, the shouldered pin being arranged facing the locking element in a direction of movement of the push head when the push head is in the rest position. - a base , which is arranged to be secured to a vehicle chassis, - a push head , which is arranged to lift a vehicle hood and is movable between a rest position and an activated position, - a pyrotechnic actuator , which is arranged to move the push head from the rest position to the activated position following actuation, - a locking element , which is arranged to engage with the vehicle hood when the push head is moved from the rest position to the activated position, - an anchoring portion , which is arranged to form part of the hood and comprises a shouldered pin , which is arranged to be able to engage with the locking element , the hood-raising device comprising a deformable linking member , which links the base to the push head and is arranged to be deformed when the push head is moved from the rest position to the activated position following actuation of the pyrotechnic actuator , the locking element being arranged to be constantly disengaged from the vehicle hood when the push head is in the rest position, the shouldered pin being arranged facing the locking element in a direction of movement of the push head when the push head is in the rest position.
A hot melt adhesive composition comprising: (A) 25-75 wt.% of a copolymer of butene-1 with at least one comonomer selected from ethylene, propylene, C5-C10 alpha-olefins and mixtures thereof, having copolymerized comonomer content of 0.5-5.0 wt.% and a melt flow rate (MFR) measured according to ISO 1133 (190°C, 2.16kg) higher than 1500; and (B) 75-25 wt.% of at least one additional component selected from among waxes, resins, plasticizers, additional polymers and mixtures thereof, wherein the amounts of A) and B) are referred to the total weight of A) + B). (A) 25-75 wt.% of a copolymer of butene-1 with at least one comonomer selected from ethylene, propylene, C5-C10 alpha-olefins and mixtures thereof, having copolymerized comonomer content of 0.5-5.0 wt.% and a melt flow rate (MFR) measured according to ISO 1133 (190°C, 2.16kg) higher than 1500; and (B) 75-25 wt.% of at least one additional component selected from among waxes, resins, plasticizers, additional polymers and mixtures thereof,
A device for determining and/or monitoring a process variable, in particular the temperature, flow or flow velocity, of a medium (M) in a container comprising: A temperature sensor for detecting the temperature, it being possible to attach said temperature sensor to an outer wall (W) of the container , at least one connection cable for electrical connection of the temperature sensor , and mounting materials for attaching the temperature sensor and a section (a) of the connection cable facing toward the temperature sensor to the outer wall (W) of the container , in particular so that it can be removed again, wherein at least the section (a) of the connection cable can be attached to the outer wall (W) of the container in such a way that the section (a) extends along the wall (W) of the container and is in thermal contact with the wall (W) of the container , wherein the device comprises a thermally conductive coupling unit , wherein the coupling unit is an elongated element which is less thick than a surface, wherein the coupling unit can be attached to the outer wall (W) of the container in such a way that the coupling unit surrounds at least the temperature sensor , a part of the section (a) of the connection cable , and a partial area of the container , characterized in that the coupling unit consists at least partially of a material with anisotropic thermal conductivity, wherein the coupling unit has higher thermal conductivity along its longitudinal axis than perpendicular to the longitudinal axis. at least one connection cable for electrical connection of the temperature sensor , and mounting materials for attaching the temperature sensor and a section (a) of the connection cable facing toward the temperature sensor to the outer wall (W) of the container , in particular so that it can be removed again, wherein at least the section (a) of the connection cable can be attached to the outer wall (W) of the container in such a way that the section (a) extends along the wall (W) of the container and is in thermal contact with the wall (W) of the container , wherein the device comprises a thermally conductive coupling unit , wherein the coupling unit is an elongated element which is less thick than a surface, wherein the coupling unit can be attached to the outer wall (W) of the container in such a way that the coupling unit surrounds at least the temperature sensor , a part of the section (a) of the connection cable , and a partial area of the container , characterized in that the coupling unit consists at least partially of a material with anisotropic thermal conductivity, wherein the coupling unit has higher thermal conductivity along its longitudinal axis than perpendicular to the longitudinal axis.
A compound of Formula I, or a pharmaceutically acceptable salt or solvate thereof: wherein R 1 and R 2 are independently selected from C 1-6 alkyl and C 1-4 alkyleneR 4 ; wherein R 4 is selected from COOR 5 , Ph, C 3-6 cycloalkyl and NHR 6 ; wherein R 5 is selected from H and C 1-6 alkyl, and R 6 is selected from H, Ac and Bz; R 3 is selected from: in which n is 1, 2 or 3; and the compound is not R 1 and R 2 are independently selected from C 1-6 alkyl and C 1-4 alkyleneR 4 ; wherein R 4 is selected from COOR 5 , Ph, C 3-6 cycloalkyl and NHR 6 ; wherein R 5 is selected from H and C 1-6 alkyl, and R 6 is selected from H, Ac and Bz; R 3 is selected from: in which n is 1, 2 or 3; and the compound is not
A composition comprising a plurality of second partitions containing first partitions, wherein: said first partitions comprise adaptors comprising unique barcodes; said second partitions contain a sample comprising polynucleotides; said first partitions are contained within the second partitions; and said adaptors comprising unique barcodes from the first partitions can be merged into the second partitions by heating, cooling, applying pressure, altering composition via a chemical additive, applying acoustic energy, exposure to light to stimulate a photochemical reaction, applying an electric field, or any combination thereof such that adaptors comprising unique barcodes are mixed with contents of a second partition. said first partitions comprise adaptors comprising unique barcodes; said second partitions contain a sample comprising polynucleotides; said first partitions are contained within the second partitions; and said adaptors comprising unique barcodes from the first partitions can be merged into the second partitions by heating, cooling, applying pressure, altering composition via a chemical additive, applying acoustic energy, exposure to light to stimulate a photochemical reaction, applying an electric field, or any combination thereof such that adaptors comprising unique barcodes are mixed with contents of a second partition.
A cosmetic mask that is worn on the face of a user that can cover at least the user's cheeks, comprising: a pair of stimulators that apply electrical or ultrasound stimulation to locations corresponding to at least one of the zygomatic muscles or masseter muscles of the user, and a pair of stimulator fitting sections for fitting the stimulators at positions of cheeks, characterized in that the stimulator fitting sections provide openings for arranging the stimulators, wherein the stimulators are integrated in the openings and can be fitted in and detached from the stimulator fitting sections , and that the stimulators are integrally equipped with current generators . a pair of stimulators that apply electrical or ultrasound stimulation to locations corresponding to at least one of the zygomatic muscles or masseter muscles of the user, and a pair of stimulator fitting sections for fitting the stimulators at positions of cheeks,
Agricultural cultivation device for attaching to a tractor, especially in the form of a mowing machine , with a headstock which comprises fastening means to fasten it to the tractor, a working unit suspended from a headstock , which is pivotably mounted about a horizontal pivot axis between a lowered working position and a raised transport position and/or headland position, wherein a power lift operated by an external source of power is provided to lift the working unit in the transport position and/or headland position, and at least two relief springs to reduce the weight load of the working unit in the lowered position, which have different engagement points on the working unit and/or different lever arms in relation to the pivot axis , characterized in that , that for the several relief springs a common adjustment device is provided for combined and coordinated adjustment of the attachment points of the relief springs on the headstock in the raised transport and/or headland position.
An oscillating regulator for a timepiece, comprising three resonant oscillating systems, or an odd number of resonant oscillating systems greater than three, each resonant oscillating systems comprising at least one magnetic component suitable for exchanging magnetic energy during its oscillations in which the axes of said oscillating systems have different orientations and in which one of said resonant oscillating systems is a primary oscillating system comprising at least one magnetic component comprising a magnet, and in which at least one of said resonant oscillating systems is a secondary oscillating system comprising a magnetic component made of magnetizable material, said primary oscillating system exerting a magnetic force on each said one secondary oscillating system (20; 20, 40), each secondary oscillating system (20; 20, 40) being such that two secondary oscillating systems exert no magnetic force on one another.
An enclosed Platelet-Rich-Plasma (PRP) separator-concentrator having an ability to separate and concentrate PRP, comprising: a) the centrifugal separator unit comprising a centrifugal drum having an inner wall surface with an upper edge and a lower edge, a drum bottom , and a central axis, an incoming flow tube extending into the centrifugal drum and an outgoing flow tube extending into the centrifugal drum, wherein the drum bottom has a floor sloping downward from the lower edge to a depression, wherein the outgoing flow tube has an inlet positioned adjacent the depression; b) a drive motor having a drive axis connected to the centrifugal separator unit; c) a hollow fiber cartridge having a cartridge inlet , a cartridge outlet , and membrane fibers , the membrane fibers having pores that allow the passage of water and salts while blocking passage of clotting and healing factors present in blood, the cartridge inlet connected to the outgoing tube through a flow passageway; and d) a pump having an inlet port and an outlet port, the inlet port connected to the cartridge outlet through a flow passageway and the outlet port connected to the incoming flow tube through a flow passageway. a) the centrifugal separator unit comprising a centrifugal drum having an inner wall surface with an upper edge and a lower edge, a drum bottom , and a central axis, an incoming flow tube extending into the centrifugal drum and an outgoing flow tube extending into the centrifugal drum, wherein the drum bottom has a floor sloping downward from the lower edge to a depression, wherein the outgoing flow tube has an inlet positioned adjacent the depression; b) a drive motor having a drive axis connected to the centrifugal separator unit; c) a hollow fiber cartridge having a cartridge inlet , a cartridge outlet , and membrane fibers , the membrane fibers having pores that allow the passage of water and salts while blocking passage of clotting and healing factors present in blood, the cartridge inlet connected to the outgoing tube through a flow passageway; and d) a pump having an inlet port and an outlet port, the inlet port connected to the cartridge outlet through a flow passageway and the outlet port connected to the incoming flow tube through a flow passageway.
Milk frother for frothing milk for an automatic coffee machine , having an adjustment device , by way of which it is possible to adjust a milk stream to be supplied to the milk frother , characterised in that the adjustment device comprises at least one element which changes shape depending on temperature.
Method for the treatment of a vegetable product in the form of crushed material comprising the steps of (i) storing the crushed material in a first tank so as to let it ferment therein and form a cap of solid parts floating on a liquid mass ; (ii) connecting a second tank to the first to capture therein gaseous fermentation products generated inside the first tank; (iii) connecting the second tank to the first one at a point under the cap so that, thanks to the pressure differential between the two tanks, the spontaneous transfer of gaseous products into the liquid mass occurs, so that while going up they hit the cap; characterized by mechanically pumping the gaseous products generated in the first tank into the second tank . (i) storing the crushed material in a first tank so as to let it ferment therein and form a cap of solid parts floating on a liquid mass ; (ii) connecting a second tank to the first to capture therein gaseous fermentation products generated inside the first tank; (iii) connecting the second tank to the first one at a point under the cap so that, thanks to the pressure differential between the two tanks, the spontaneous transfer of gaseous products into the liquid mass occurs, so that while going up they hit the cap;
A computer-implemented method for representing a tooth position under the effect of biting forces, wherein first surface data of at least one section of a row of teeth of the maxilla and second surface data of at least one opposing section of a row of teeth of the mandible are generated, wherein a digital surface model is produced from the surface data, wherein a data set containing outer surface data of teeth which lie in the sections of the rows of teeth under the action of biting forces in occlusion is generated, wherein registration regions in the maxilla and in the mandible are defined in the outer surface data, the registration regions not being exposed to the action of any force in occlusion, wherein the first and the second surface data are registered onto the outer surface data with the aid of the registration regions, wherein movements of individual teeth outside the registration regions are determined from the outer surface data, and the movements are transformed into the surface data, and wherein a modified digital surface model which takes the movements into account is generated. wherein a data set containing outer surface data of teeth which lie in the sections of the rows of teeth under the action of biting forces in occlusion is generated, wherein registration regions in the maxilla and in the mandible are defined in the outer surface data, the registration regions not being exposed to the action of any force in occlusion, wherein the first and the second surface data are registered onto the outer surface data with the aid of the registration regions, wherein movements of individual teeth outside the registration regions are determined from the outer surface data, and the movements are transformed into the surface data, and wherein a modified digital surface model which takes the movements into account is generated.
A method for treating a hydrocarbon feed gas stream containing at least carbon dioxide and hydrogen sulfide to recover a purified CO 2 gas stream (vii), said process comprising the following steps: a. Separating said hydrocarbon feed gas stream into a sweetened hydrocarbon gas stream (i), and an acid gas stream (ii) comprising at least carbon dioxide and hydrogen sulfide; b. Introducing said acid gas stream (ii) into a Claus unit wherein an oxygen-rich stream comprising oxygen and nitrogen is used as a combustive agent in the Claus furnace, thereby recovering a liquid stream of elemental sulfur (iii) and a tail gas stream (iv) mainly comprising carbon dioxide, hydrogen and sulfur compounds; c. Introducing the exiting tail gas stream (iv) into a Tail Gas Treatment Unit (TGTU) comprising a feed inline burner or a tail gas heater, a hydrogenation reactor and a quench contactor, thereby separating said tail gas stream into a CO 2 enriched gas stream also containing hydrogen and sweetened in sulfur compounds (v), and a stream enriched in sulfur compounds (vi); d. Compressing the CO 2 enriched gas stream (v) exiting the TGTU; e. Passing the compressed CO 2 enriched gas through a CO 2 purification unit thereby recovering a purified CO 2 gas stream (vii), wherein the temperature is between 900°C and 1450°C during step b., characterized in that the oxygen-rich stream contains an amount of oxygen from 70% to 97% and an amount of nitrogen that does not exceed 10%, and the pressure in the Claus furnace is from 1.7 to 1.9 bara. a. Separating said hydrocarbon feed gas stream into a sweetened hydrocarbon gas stream (i), and an acid gas stream (ii) comprising at least carbon dioxide and hydrogen sulfide; b. Introducing said acid gas stream (ii) into a Claus unit wherein an oxygen-rich stream comprising oxygen and nitrogen is used as a combustive agent in the Claus furnace, thereby recovering a liquid stream of elemental sulfur (iii) and a tail gas stream (iv) mainly comprising carbon dioxide, hydrogen and sulfur compounds; c. Introducing the exiting tail gas stream (iv) into a Tail Gas Treatment Unit (TGTU) comprising a feed inline burner or a tail gas heater, a hydrogenation reactor and a quench contactor, thereby separating said tail gas stream into a CO 2 enriched gas stream also containing hydrogen and sweetened in sulfur compounds (v), and a stream enriched in sulfur compounds (vi); d. Compressing the CO 2 enriched gas stream (v) exiting the TGTU; e. Passing the compressed CO 2 enriched gas through a CO 2 purification unit thereby recovering a purified CO 2 gas stream (vii), wherein the temperature is between 900°C and 1450°C during step b., characterized in that the oxygen-rich stream contains an amount of oxygen from 70% to 97% and an amount of nitrogen that does not exceed 10%, and the pressure in the Claus furnace is from 1.7 to 1.9 bara.
A topical pharmaceutical composition for use in the treatment of acne, comprising: tazarotene or a pharmaceutically acceptable tazarotenic acid salt present in the composition at 0.01 to 0.045 percent by weight of the composition; and a dermatologically acceptable oil-in-water emulsion vehicle, the topical pharmaceutical composition containing the tazarotene or the tazarotenic acid salt as a sole active pharmaceutical ingredient, wherein the topical pharmaceutical composition is a lotion. tazarotene or a pharmaceutically acceptable tazarotenic acid salt present in the composition at 0.01 to 0.045 percent by weight of the composition; and a dermatologically acceptable oil-in-water emulsion vehicle, the topical pharmaceutical composition containing the tazarotene or the tazarotenic acid salt as a sole active pharmaceutical ingredient, wherein the topical pharmaceutical composition is a lotion.
A heptameric pore complex comprising 7 alpha-hemolysin monomers, wherein the alpha-hemolysin monomers comprise an amino acid sequence having at least 85% sequence identity to SEQ ID NO: 3 and an H35G substitution.
A check-valve assembly comprising: a housing defining a first connection and a second connection , the housing having a first member configured to be coupled to a second member to define a first passageway between the first connection and the second connection , and a second passageway between the first connection and the second connection that is distinct from the first passageway ; and a check valve disposed in the first passageway and configured to permit fluid to pass through the check valve from the first connection to the second connection if the pressure at the second connection is less than the pressure at first connection and to prevent fluid from passing through check valve from second connection to first connection if the pressure at the second connection is greater than the pressure at the first connection . a housing defining a first connection and a second connection , the housing having a first member configured to be coupled to a second member to define a first passageway between the first connection and the second connection , and a second passageway between the first connection and the second connection that is distinct from the first passageway ; and a check valve disposed in the first passageway and configured to permit fluid to pass through the check valve from the first connection to the second connection if the pressure at the second connection is less than the pressure at first connection and to prevent fluid from passing through check valve from second connection to first connection if the pressure at the second connection is greater than the pressure at the first connection .
A hybrid fiber optic connector comprising: a connector body having a transverse cross-sectional shape, the connector body including two generally cylindrical sleeves at a front of the connector body, the two generally cylindrical sleeves each including a separate ferrule mounted therein; the hybrid fiber optic connector is characterized in that electrical contacts mount over the two generally cylindrical sleeves so as to be carried with the connector body.