mhurhangee/patent-ind-claim-en huggingface dataset:
Strip seal made of an elastic foam material, - comprising a head portion designed for sealing and a foot portion , adjoining the head portion, for anchoring the strip seal in a retaining groove of a window frame or casement, - wherein the head portion (2; 28) and the foot portion are connected to one another via a spine , with the result that the strip seal has a closed cross section , and - the head portion (2; 28) is designed to make contact with the casement side of the window, - a strip made of a harder material than the foam material surrounding the strip is formed within the cross section of the strip seal , wherein the strip , as seen in the cross section of the strip seal , has the appearance of a web and is tilted away from the head portion (2; 28) at the end of the web that is opposite the foot portion , and - the cross section is completely filled with the surrounding foam material at least underneath a web top edge on that side of the web that faces the head portion (2; 28), characterized in that, when the strip seal is deflected around a corner in such a way that the head portion (2; 28) lies on the outer radius, the strip tilts towards the head portion (2; 28) in the corner region and the strip is tilted away from the head region (2; 28) by a tilting angle (α) between 2° and 45° with respect to a perpendicular (S) extending parallel to a depth direction along which the foot portion extends. - comprising a head portion designed for sealing and a foot portion , adjoining the head portion, for anchoring the strip seal in a retaining groove of a window frame or casement, - wherein the head portion (2; 28) and the foot portion are connected to one another via a spine , with the result that the strip seal has a closed cross section , and - the head portion (2; 28) is designed to make contact with the casement side of the window, - a strip made of a harder material than the foam material surrounding the strip is formed within the cross section of the strip seal , wherein the strip , as seen in the cross section of the strip seal , has the appearance of a web and is tilted away from the head portion (2; 28) at the end of the web that is opposite the foot portion , and - the cross section is completely filled with the surrounding foam material at least underneath a web top edge on that side of the web that faces the head portion (2; 28),
Unit comprising a wall installation box for concealed mounting of sanitary installations that penetrate a wall seal and comprising a flange for moisture-proof connection of the wall installation box to the wall seal , the flange comprising a plug-in frame for mounting on the wall installation box , wherein the wall installation box and the plug-in frame are connectible at variable installation depths by means of a tongue-and-groove connection running around the rim of the wall installation box , characterised in that in its front region the wall installation box is of double-walled construction and forms a groove of the tongue-and-groove connection , which groove is open towards the front and is bounded all around its circumference by an inner side wall and an outer side wall , wherein the plug-in frame is insertable telescopically at variable installation depths into the circumferentially double-walled region thus formed by the side walls of the wall installation box , and an outward-facing sealing mat for incorporation into the wall seal is attached to the plug-in frame .
A drive device for an electric vehicle comprising: a parking lock mechanism that mechanically locks a rotation of a rotating shaft of drive wheels of a vehicle; a parking lock operating means for instructing an operation of the parking lock mechanism; an electric motor that is connected to the rotating shaft of the drive wheels so that a drive power of the electric motor is transmitted to the rotating shaft; a balancing torque estimating means that applies rotational torque by the electric motor to the shaft in the opposite direction of the direction of torsional torque applied by the wheels to the rotating shaft, while locking via the parking lock mechanism is done, and that estimates a balancing torque that balances out the torsional torque based on a state of a rotational phase of the electric motor when the rotational torque is applied by the electric motor; and a torque applying means for applying a torque by the electric motor to the shaft when the locking via the parking lock mechanism is released, the torque being calculated based on the balancing torque estimated by the balancing torque estimating means. a parking lock mechanism that mechanically locks a rotation of a rotating shaft of drive wheels of a vehicle; a parking lock operating means for instructing an operation of the parking lock mechanism; an electric motor that is connected to the rotating shaft of the drive wheels so that a drive power of the electric motor is transmitted to the rotating shaft; a balancing torque estimating means that applies rotational torque by the electric motor to the shaft in the opposite direction of the direction of torsional torque applied by the wheels to the rotating shaft, while locking via the parking lock mechanism is done, and that estimates a balancing torque that balances out the torsional torque based on a state of a rotational phase of the electric motor when the rotational torque is applied by the electric motor; and a torque applying means for applying a torque by the electric motor to the shaft when the locking via the parking lock mechanism is released, the torque being calculated based on the balancing torque estimated by the balancing torque estimating means.
A cell which co-expresses a first chimeric antigen receptor (CAR) and second CAR at the cell surface, each CAR comprising an intracellular signalling domain, wherein the intracellular signalling domain of the first CAR comprises a CD28 co-stimulatory domain and an ITAM-containing domain but does not comprise a TNF receptor family endodomain; and the intracellular signalling domain of the second CAR comprises a TNF receptor family endodomain selected from OX40 or 4-1BB endodomain and an ITAM-containing domain but does not comprise a co-stimulatory domain. the intracellular signalling domain of the first CAR comprises a CD28 co-stimulatory domain and an ITAM-containing domain but does not comprise a TNF receptor family endodomain; and the intracellular signalling domain of the second CAR comprises a TNF receptor family endodomain selected from OX40 or 4-1BB endodomain and an ITAM-containing domain but does not comprise a co-stimulatory domain.
An object approach detection apparatus (ACU), comprising: an input interface (IN) for receiving a response signal from at least one proximity sensor (PSj) measured relative to a first base-value of said at least one sensor; a filter module (FM) configured to filter said response signal by reducing low frequency variations in said response signal that are due to the at least one proximity sensor and the or an object passing each other in relative motion, so as to produce a filtered response signal; a proximity event declarator (PED) configured to declare a proximity event has occurred if the filtered response signal fulfils a first condition, in particular crosses a first threshold; and a base value adaptor (BVA) configured to choose a new base value in response of the declaring that the proximity event has occurred. an input interface (IN) for receiving a response signal from at least one proximity sensor (PSj) measured relative to a first base-value of said at least one sensor; a filter module (FM) configured to filter said response signal by reducing low frequency variations in said response signal that are due to the at least one proximity sensor and the or an object passing each other in relative motion, so as to produce a filtered response signal; a proximity event declarator (PED) configured to declare a proximity event has occurred if the filtered response signal fulfils a first condition, in particular crosses a first threshold; and a base value adaptor (BVA) configured to choose a new base value in response of the declaring that the proximity event has occurred.
A method of producing a low-density thermally conductive material made of thermally expanded graphite that does not contain acid admixtures corrosive to metal, and whose water extract is characterized by neutral or basic pH values, characterized in that said method comprises the following stages: (A) obtaining hydrolyzed graphite nitrate particles by chemical or electrochemical interaction of natural graphite with nitric acid and subsequent hydrolysis by washing with water; (B) obtaining thermally expanded graphite particles by heating said hydrolyzed graphite nitrate particles washed with water at a specific heat equal to or exceeding 4.7 KJ/g but not exceeding 12 KJ/g in an atmosphere of liquid or gaseous fuel combustion products in the air with an air-fuel equivalence ratio λ of from 0.8 to 1.1 in terms of fuel; (C) subsequently compacting the aforesaid thermally expanded graphite to an apparent density of from 0.03 to 0.1 g/cm 3 . (A) obtaining hydrolyzed graphite nitrate particles by chemical or electrochemical interaction of natural graphite with nitric acid and subsequent hydrolysis by washing with water; (B) obtaining thermally expanded graphite particles by heating said hydrolyzed graphite nitrate particles washed with water at a specific heat equal to or exceeding 4.7 KJ/g but not exceeding 12 KJ/g in an atmosphere of liquid or gaseous fuel combustion products in the air with an air-fuel equivalence ratio λ of from 0.8 to 1.1 in terms of fuel; (C) subsequently compacting the aforesaid thermally expanded graphite to an apparent density of from 0.03 to 0.1 g/cm 3 .
An air separation module, comprising: a canister , comprising an inlet end and an outlet end , arranged along a canister axis ; a separator supported within the canister and arranged to separate a compressed air flow received at the air separation module into an oxygen-depleted air flow fraction and an oxygen-enriched air flow fraction; a filter module; an inlet cap seated about the inlet end of the canister and containing therein a portion of the separator, wherein the inlet cap includes : a filter module mount that supports the filter module and fluidly couples the filter module with the canister, and an oxygen-enriched air outlet port fluidly separated from the outlet end of the canister by the separator for diverting the oxygen-enriched air flow fraction to an external environment; and an outlet cap seated on the outlet end of the canister, wherein the outlet cap has an outlet cap axial length, wherein the inlet cap has an inlet cap axial length, and wherein the inlet cap axial length is greater than the outlet cap axial length to contain therein a portion of the separator. a canister , comprising an inlet end and an outlet end , arranged along a canister axis ; a separator supported within the canister and arranged to separate a compressed air flow received at the air separation module into an oxygen-depleted air flow fraction and an oxygen-enriched air flow fraction; a filter module; an inlet cap seated about the inlet end of the canister and containing therein a portion of the separator, wherein the inlet cap includes : a filter module mount that supports the filter module and fluidly couples the filter module with the canister, and an oxygen-enriched air outlet port fluidly separated from the outlet end of the canister by the separator for diverting the oxygen-enriched air flow fraction to an external environment; and an outlet cap seated on the outlet end of the canister, wherein the outlet cap has an outlet cap axial length, wherein the inlet cap has an inlet cap axial length, and wherein the inlet cap axial length is greater than the outlet cap axial length to contain therein a portion of the separator. a filter module mount that supports the filter module and fluidly couples the filter module with the canister, and an oxygen-enriched air outlet port fluidly separated from the outlet end of the canister by the separator for diverting the oxygen-enriched air flow fraction to an external environment; and an outlet cap seated on the outlet end of the canister, wherein the outlet cap has an outlet cap axial length, wherein the inlet cap has an inlet cap axial length, and wherein the inlet cap axial length is greater than the outlet cap axial length to contain therein a portion of the separator.
A refrigerator comprising: an evaporator ; a shroud formed with a suction hole for suction of air having undergone heat exchange with the evaporator ; a fan motor unit installed to the shroud ; a discharge panel formed with a discharge hole for discharge of the air, blown by the fan motor unit , to a storage compartment ; and a door configured to open or close the storage compartment , wherein the shroud is formed, on a surface thereof facing the discharge panel , with a fan motor unit mount for installation of the fan motor unit , wherein the fan motor unit is located at a position between the shroud and the discharge panel so as to flow the air, wherein the fan motor unit mount includes a plurality of bosses protruding from the shroud towards the discharge panel , characterized in that a tip end of each boss is spaced apart from a rear surface of the discharge panel in a front-and-rear direction. an evaporator ; a shroud formed with a suction hole for suction of air having undergone heat exchange with the evaporator ; a fan motor unit installed to the shroud ; a discharge panel formed with a discharge hole for discharge of the air, blown by the fan motor unit , to a storage compartment ; and a door configured to open or close the storage compartment , wherein the shroud is formed, on a surface thereof facing the discharge panel , with a fan motor unit mount for installation of the fan motor unit , wherein the fan motor unit is located at a position between the shroud and the discharge panel so as to flow the air, wherein the fan motor unit mount includes a plurality of bosses protruding from the shroud towards the discharge panel , characterized in that a tip end of each boss is spaced apart from a rear surface of the discharge panel in a front-and-rear direction.
An apparatus, comprising: a plurality of arrays of memory cells formed on a single memory chip ; a redundantly stored data file including corresponding sets of data values to enable performance of an operation, stored on two arrays of the memory cells; comparator circuitry configured to compare the corresponding sets of data values stored by the two arrays (108-0, 108-1, 308-0, 308-1, 508-0, 508-1) selected from the plurality to determine whether there is a match between a first set of the sets of data values in a first of the two arrays and a second set of the sets of data values in a second of the two arrays, wherein the determination is based upon an adjustable threshold number of mismatches between data values in the first set of data values and corresponding data values in the second set of data values stored by the two arrays, wherein the data values of the second set correspond to the data values of the first set; and an output component of the comparator circuitry configured to output data values of one of the two arrays (108-0, 108-1, 308-0, 308-1, 508-0, 508-1) responsive to determination of the match between the at least one data value of the first set and the at least one data value of the second set. a plurality of arrays of memory cells formed on a single memory chip ; a redundantly stored data file including corresponding sets of data values to enable performance of an operation, stored on two arrays of the memory cells; comparator circuitry configured to compare the corresponding sets of data values stored by the two arrays (108-0, 108-1, 308-0, 308-1, 508-0, 508-1) selected from the plurality to determine whether there is a match between a first set of the sets of data values in a first of the two arrays and a second set of the sets of data values in a second of the two arrays, wherein the determination is based upon an adjustable threshold number of mismatches between data values in the first set of data values and corresponding data values in the second set of data values stored by the two arrays, wherein the data values of the second set correspond to the data values of the first set; and an output component of the comparator circuitry configured to output data values of one of the two arrays (108-0, 108-1, 308-0, 308-1, 508-0, 508-1) responsive to determination of the match between the at least one data value of the first set and the at least one data value of the second set.
Process for producing methylchlorosilanes of general formula 1 (CH 3 ) n H m SiCl 4-n-m , in which n represents values from 1 to 3 and m represents values of 0 or 1 in a fluidized bed reactor, wherein a chloromethane-containing reaction gas is reacted with a particulate contact mass containing silicon in the presence of copper catalyst, wherein the operating granulation, i.e. the granulation or granulation mixture introduced into the fluidized bed reactor, contains at least 1% by mass of silicon-containing particles S described by a structural parameter S, wherein S has a value of at least 0 and is calculated as follows: S = φ s − 0.70 ⋅ ρ SD ρ F wherein φ S is symmetry-weighted sphericity factor ρ SD is poured density [g/cm 3 ] ρ F is average particle solids density [g/cm 3 ]. n represents values from 1 to 3 and m represents values of 0 or 1 φ S is symmetry-weighted sphericity factor ρ SD is poured density [g/cm 3 ] ρ F is average particle solids density [g/cm 3 ].
An arc quenching device for a three-phase electrical switchgear , the device comprising: a first busbar (T), a second busbar (S) and a third busbar (R), each of a respective phase (L1, L2, L3) of the three-phase switchgear; a first piston (P1), characterised in that said device further comprises a second piston (P2), each piston being of of an electrically conductive material; and at least one pyrotechnical actuator arranged with the first and second pistons to axially move each of the first and second pistons if the at least one pyrotechnical actuator is fired; wherein the first and second pistons (P1, P2) are arranged in relation to the first, second and third busbars (T, S, R) such that said axial movement brings the first piston (P1) into contact with both the first busbar (T) and the second busbar (S), short-circuiting the first and second busbars via the first piston, and the second piston (P2) into contact with both the first busbar (T) and the third busbar (R), short-circuiting the first and third busbars via the second piston. a first busbar (T), a second busbar (S) and a third busbar (R), each of a respective phase (L1, L2, L3) of the three-phase switchgear; a first piston (P1), characterised in that said device further comprises a second piston (P2), each piston being of of an electrically conductive material; and at least one pyrotechnical actuator arranged with the first and second pistons to axially move each of the first and second pistons if the at least one pyrotechnical actuator is fired; wherein the first and second pistons (P1, P2) are arranged in relation to the first, second and third busbars (T, S, R) such that said axial movement brings the first piston (P1) into contact with both the first busbar (T) and the second busbar (S), short-circuiting the first and second busbars via the first piston, and the second piston (P2) into contact with both the first busbar (T) and the third busbar (R), short-circuiting the first and third busbars via the second piston.
A temperature-responsive hydrogel comprising a carboxyl group-bearing polymer and an aqueous solution of a divalent metal salt of an organic acid impregnated in the polymer, wherein the carboxyl group-bearing polymer is a copolymer of a plurality of monomer species that includes the carboxyl group-bearing monomer, wherein the carboxyl group-bearing polymer has a chemically crosslinked structure formed by a crosslinking agent which is a di-functional or more multi-functional monomer, wherein the divalent metal is calcium, wherein the organic acid is at least one organic acid selected from the group consisting of formic acid, acetic acid, and propionic acid and wherein the concentration of the divalent metal salt of the organic acid in the aqueous solution is in the range from 50 mM to 500 mM.
An electronic inhalation device comprising a power cell and a computer , where the computer comprises a computer processor, a memory and an input-output means; wherein the computer is configured in use to enter a menu mode when a user activates the menu mode, wherein the computer is configured to store use data relating to a user's use of the device in the computer memory, wherein the device further comprises use data relating to a user's use of the device, and the use data is stored in the computer memory, wherein, in menu mode, a selected menu option clears the use data from the computer memory and/or a selected menu option activates the transmission of the use data.
A gas turbine engine comprising a system for circumferentially distributing debris (226; 322; 722) in the gas turbine engine , the system comprising: a plurality of components that each define a component cooling channel that has an opening and is configured to receive a cooling airflow; a casing (210; 302; 402; 502; 702) at least partially enclosing the components; and a debris distribution surface (228; 308; 408; 508; 704) positioned radially between the casing (210...702) and one of the openings; characterised in that : the debris distribution surface (228...704) partially extends about a circumference of the gas turbine engine , and a circumferential center of the debris distribution surface (228...704) is circumferentially aligned with a bottom (318; 407; 706) of the gas turbine engine . a plurality of components that each define a component cooling channel that has an opening and is configured to receive a cooling airflow; a casing (210; 302; 402; 502; 702) at least partially enclosing the components; and a debris distribution surface (228; 308; 408; 508; 704) positioned radially between the casing (210...702) and one of the openings; characterised in that : the debris distribution surface (228...704) partially extends about a circumference of the gas turbine engine , and a circumferential center of the debris distribution surface (228...704) is circumferentially aligned with a bottom (318; 407; 706) of the gas turbine engine .
A detachable recycling container comprising one or more irregular keyways suitable for attachment with a dental amalgam recycling system comprising one or more corresponding keys, said detachable container having an outside top mating surface comprising a container effluent inlet port of a first height and a container effluent outlet port of a second height, wherein the first height is different from the second height; and wherein said one or more irregular keyways cast into said outside top mating surface; wherein, upon alignment of the one or more irregular keyways with the one or more corresponding keys present on the dental amalgam recycling system, the detachable container will detachably engage with the dental amalgam recycling system, allowing the detachable recycling container to mate properly with the dental amalgam recycling system.