mhurhangee/patent-ind-claim-en huggingface dataset:
An air purifying system that comprises: an air entrance (C); a first module (A), comprising mechanical filters comprising sand filters, organic carbon filters, and filters of aluminum-silicate aggregates, which are separated by stainless steel micro meshes and have the sieve-mesh within a 30-80 micron range; a second module (B), downwards from the first module (A), and it corresponds to a series of small reactors with molecular converters to capture and transform carbon oxides (COx) and nitrogen oxides (NOx); where the second module (B) is divided into two parts: a first chemical reactor (B.1) which contains solid metallic hydroxides; and a second chemical reactor (B.2), which is made up of a mixture of ketones, guanidines and solid pulverized organic sulfur compounds; and an exit for decontaminated air (D). an air entrance (C); a first module (A), comprising mechanical filters comprising sand filters, organic carbon filters, and filters of aluminum-silicate aggregates, which are separated by stainless steel micro meshes and have the sieve-mesh within a 30-80 micron range; a second module (B), downwards from the first module (A), and it corresponds to a series of small reactors with molecular converters to capture and transform carbon oxides (COx) and nitrogen oxides (NOx); where the second module (B) is divided into two parts: a first chemical reactor (B.1) which contains solid metallic hydroxides; and a second chemical reactor (B.2), which is made up of a mixture of ketones, guanidines and solid pulverized organic sulfur compounds; and an exit for decontaminated air (D).
An alloy for use in an absorbable medical device, the alloy comprising: between 1.0-5.0 wt.% lithium; between 0.2-2.0 wt.% zinc; between 0.1-0.5 wt.% calcium; between 0.1-0.8 wt.% manganese; and balance magnesium and inevitable impurities. between 1.0-5.0 wt.% lithium; between 0.2-2.0 wt.% zinc; between 0.1-0.5 wt.% calcium; between 0.1-0.8 wt.% manganese; and balance magnesium and inevitable impurities.
An apparatus for perforating first and second subterranean formations, the apparatus comprising a first perforating gun configured to perforate a first formation and having a first detonator cord and a second perforating gun configured to perforate a second formation and having a detonator , the apparatus characterized by : - an activator responsive to firing of the first perforating gun , the activator including a booster charge , a pin positioned adjacent to the booster charge , and an igniter positioned adjacent to the pin , wherein the pin is responsive to a shock wave generated by the booster charge so as to propel the pin into the igniter ; and - a fuse element configured to be detonated by the activator , wherein the detonator of the second perforating gun is configured to be activated by the fuse element , wherein the fuse element is configured to burn for a predetermined amount of time sufficient to move the second perforating gun to a depth corresponding to the second formation after the first perforating gun has been fired to perforate the first formation and the fuse element has been detonated. - an activator responsive to firing of the first perforating gun , the activator including a booster charge , a pin positioned adjacent to the booster charge , and an igniter positioned adjacent to the pin , wherein the pin is responsive to a shock wave generated by the booster charge so as to propel the pin into the igniter ; and - a fuse element configured to be detonated by the activator , wherein the detonator of the second perforating gun is configured to be activated by the fuse element ,
A watermelon plant cell, characterized in that the plant cell comprises a mutant allele of a gene encoding a cyclin SDS like protein, wherein the mutant allele comprises a mutation in one or more regulatory sequences resulting in decreased gene expression or no gene expression compared to a corresponding wild type allele, or wherein the mutant allele encodes a protein comprising a deletion, truncation, insertion or replacement of one or more amino acids, compared to the protein encoded by the wild type allele, resulting in a reduced function or loss of function of the cyclin SDS like protein, which reduced function or loss of function leads to the production of seedless fruits of a watermelon plant, wherein the cyclin SDS like protein of the wild type allele is encoded by nucleic acid molecules selected from the group consisting of: a) nucleic acid molecules, which encode a protein with the amino acid sequence given under SEQ ID NO 2; b) nucleic acid molecules, which encode a protein, the sequence of which has an identity of at least 60% with the amino acid sequence given under SEQ ID NO 2; c) nucleic acid molecules, which comprise the nucleotide sequence shown under SEQ ID NO 1 or a complimentary sequence thereof; d) nucleic acid molecules, which have an identity of at least 70% with the nucleic acid sequences described under c); e) nucleic acid molecules, which hybridize with at least one strand of the nucleic acid molecules described under a) or c) under stringent conditions of at least one wash in 0.2X SSC at a temperature of at least 50°C for 20 min; and f) nucleic acid molecules, the nucleotide sequence of which deviates from the sequence of the nucleic acid molecules identified under a) or b) due to the degeneration of the genetic code. a) nucleic acid molecules, which encode a protein with the amino acid sequence given under SEQ ID NO 2; b) nucleic acid molecules, which encode a protein, the sequence of which has an identity of at least 60% with the amino acid sequence given under SEQ ID NO 2; c) nucleic acid molecules, which comprise the nucleotide sequence shown under SEQ ID NO 1 or a complimentary sequence thereof; d) nucleic acid molecules, which have an identity of at least 70% with the nucleic acid sequences described under c); e) nucleic acid molecules, which hybridize with at least one strand of the nucleic acid molecules described under a) or c) under stringent conditions of at least one wash in 0.2X SSC at a temperature of at least 50°C for 20 min; and f) nucleic acid molecules, the nucleotide sequence of which deviates from the sequence of the nucleic acid molecules identified under a) or b) due to the degeneration of the genetic code.
Reactor for carrying out a chemical equilibrium reaction between at least two gaseous starting materials and at least one gaseous product, comprising a pressure vessel in which is provided a reaction space with an inlet for the starting materials and a first outlet for the products, • where arranged in the reaction space is a catalytic material, • where provided in the reaction space is a condensation area for the at least one product, • where the condensation area is cooled via a cooling duct structure , where the cooling duct structure and the housing of the pressure vessel are designed in one piece, where the reaction space is designed as reaction duct which runs in a convoluted or helical manner between partitions within the pressure vessel , where the cross section of the reaction duct extends between opposite face sides of the pressure vessel. • where arranged in the reaction space is a catalytic material, • where provided in the reaction space is a condensation area for the at least one product, • where the condensation area is cooled via a cooling duct structure ,
A method for use in surveying a subsurface region beneath a body of water by detecting secondary S and primary P waves propagating through the subsurface region, the method characterized by : deploying a sensor system onto the seabed, the sensor system comprising a first sensor configuration in mechanical contact with the seabed and a second sensor configuration attached to the first sensor configuration and floating in the water above the seabed; using the first sensor configuration to detect mixed S and P waves on or in the subsurface region; and using the second sensor configuration to detect P waves in the water; applying scaling and/or conditioning to the detected P waves; and using the scaled and/or conditioned P waves to compensate the detected mixed S and P waves, and thereby attenuate the effects of P waves in the mixed S and P waves. deploying a sensor system onto the seabed, the sensor system comprising a first sensor configuration in mechanical contact with the seabed and a second sensor configuration attached to the first sensor configuration and floating in the water above the seabed; using the first sensor configuration to detect mixed S and P waves on or in the subsurface region; and using the second sensor configuration to detect P waves in the water; applying scaling and/or conditioning to the detected P waves; and using the scaled and/or conditioned P waves to compensate the detected mixed S and P waves, and thereby attenuate the effects of P waves in the mixed S and P waves.
A data setting method for body information analysis apparatus, adopted by a body information analysis apparatus and comprising following steps: a) determining whether an input interface of the body information analysis apparatus receives a trigger audio emitted from an electronic device ; b) controlling the body information analysis apparatus to enter an account adding mode to wait after receiving the trigger audio, and activating an image obtaining module of the body information analysis apparatus in the account adding mode; c) determining, in the account adding mode, whether the image obtaining module captures a register message displayed by the electronic device , wherein the register message is generated according to a user record corresponding to a user of the electronic device ; d) decoding the register message for obtaining the user record therein after capturing the register message; e) detecting a face record of the user through the image obtaining module ; f) detecting a voice record of the user through the input interface ; and g) creating an account for the user of the body information analysis apparatus according to the user record, the face record and the voice record. a) determining whether an input interface of the body information analysis apparatus receives a trigger audio emitted from an electronic device ; b) controlling the body information analysis apparatus to enter an account adding mode to wait after receiving the trigger audio, and activating an image obtaining module of the body information analysis apparatus in the account adding mode; c) determining, in the account adding mode, whether the image obtaining module captures a register message displayed by the electronic device , wherein the register message is generated according to a user record corresponding to a user of the electronic device ; d) decoding the register message for obtaining the user record therein after capturing the register message; e) detecting a face record of the user through the image obtaining module ; f) detecting a voice record of the user through the input interface ; and g) creating an account for the user of the body information analysis apparatus according to the user record, the face record and the voice record.
An electronic device comprising: a system level error correction circuit; a memory device including: one or more memory arrays configured to store data associated with a first page, wherein the data associated with the first page is organized in a first set of error correction code (ECC) words; and one or more input/output pads for each ECC word of the first set of ECC words associated with the first page, wherein the one or more input/output pads are configured to communicate the data associated with the first page to the system level error correction circuit, wherein the memory device further includes one or more error correction circuits for each ECC word of the first set of ECC words. a system level error correction circuit; a memory device including: one or more memory arrays configured to store data associated with a first page, wherein the data associated with the first page is organized in a first set of error correction code (ECC) words; and one or more input/output pads for each ECC word of the first set of ECC words associated with the first page, wherein the one or more input/output pads are configured to communicate the data associated with the first page to the system level error correction circuit, wherein the memory device further includes one or more error correction circuits for each ECC word of the first set of ECC words. one or more memory arrays configured to store data associated with a first page, wherein the data associated with the first page is organized in a first set of error correction code (ECC) words; and one or more input/output pads for each ECC word of the first set of ECC words associated with the first page, wherein the one or more input/output pads are configured to communicate the data associated with the first page to the system level error correction circuit, wherein the memory device further includes one or more error correction circuits for each ECC word of the first set of ECC words.
A ferric citrate tablet for use in a method for increasing or maintaining the hemoglobin concentration in a non-dialysis chronic kidney disease (CKD) human patient with anemia, wherein the method comprises orally administering one or more tablets to the patient per day, wherein each tablet comprises 1 g of ferric citrate.
A method for controlling a turbocharger system fluidly connected to an exhaust manifold of a combustion engine of a vehicle , the main load of the combustion engine being to propel the vehicle, said turbocharger system comprising a turbocharger turbine operable by exhaust gases from said exhaust manifold, and a tank with pressurized gas, said tank being fluidly connectable to said turbocharger turbine, said method comprising the steps of: determining an engine operational mode in which the combustion engine runs below a predetermined speed, determining a predicted external load, of different origin than the main load, requiring engine torque which at said engine operational mode would cause the combustion engine to stall, and in response thereto injecting pressurized gas from said tank to drive said turbocharger turbine such that the turbocharger turbine is at least partly driven by said pressurized gas, thereby preventing stalling of the combustion engine. determining an engine operational mode in which the combustion engine runs below a predetermined speed, determining a predicted external load, of different origin than the main load, requiring engine torque which at said engine operational mode would cause the combustion engine to stall, and in response thereto injecting pressurized gas from said tank to drive said turbocharger turbine such that the turbocharger turbine is at least partly driven by said pressurized gas, thereby preventing stalling of the combustion engine.
A biological pest control device which comprises a top part defining grooves in its ends , said top part being coupled over a container capsule (b) with beneficial insects or substances that help to control pests, wherein the top part has a lower face substantially concave and on the upper face of the container capsule (b) there is formed a concavity thereby defining between the lower face of the top part and the external upper surface of the container capsule (b) a cavity (C), extending from side to side of the device, which is capable of housing a linear element to suspend the biological pest control device; wherein the top part has extra drainage channels for extreme rains, located in the inner faces of the top part , and the container capsule has an exit facing an inner face of the top part, said exit being above the level to which water can get accumulated, between a capsule and the top part when water flows along the linear element that goes through the device from side to side, so that water does not enter the capsule.
A method of detecting security threats, the method comprising the following steps, implemented by a cyber defence system: in an enrichment stage, receiving, by a processing component, events pertaining to a monitored private network ; enriching, by the processing component, the events by augmenting them with enrichment data; and receiving, by an analysis engine, the enriched events and analysing the enriched events to detect security threat conditions indicated by the enriched events; wherein at least one of the events is enriched based on external reconnaissance by: determining a related public network address on a network interface between the private network and a public network , and augmenting the at least one event with external reconnaissance data, as determined by transmitting at least one reconnaissance message by an external reconnaissance device on the public network to the related public network address on the network interface between the public and the private networks. in an enrichment stage, receiving, by a processing component, events pertaining to a monitored private network ; enriching, by the processing component, the events by augmenting them with enrichment data; and receiving, by an analysis engine, the enriched events and analysing the enriched events to detect security threat conditions indicated by the enriched events; wherein at least one of the events is enriched based on external reconnaissance by: determining a related public network address on a network interface between the private network and a public network , and augmenting the at least one event with external reconnaissance data, as determined by transmitting at least one reconnaissance message by an external reconnaissance device on the public network to the related public network address on the network interface between the public and the private networks. determining a related public network address on a network interface between the private network and a public network , and augmenting the at least one event with external reconnaissance data, as determined by transmitting at least one reconnaissance message by an external reconnaissance device on the public network to the related public network address on the network interface between the public and the private networks.
A timepiece resonator mechanism , including a structure and an anchor unit to which is suspended at least one inertial element arranged to oscillate in a first rotational degree of freedom RZ about a pivot axis (D) extending in a first direction Z, said inertial element being subjected to return forces exerted by a flexible pivot including a plurality of first elastic strips each fixed, at a first end to said anchor unit , and at a second end to said inertial element , each said elastic strip being essentially deformable in a plane XY perpendicular to said first direction Z, said resonator mechanism including axial stop means including at least one first axial stop and/or one second axial stop to limit the translational travel of said inertial element at least in said first direction Z, said axial stop means being arranged to cooperate in abutment with said inertial element in order to protect said first strips at least against the axial impacts in said first direction Z, wherein said anchor unit is suspended to said structure by a flexible suspension arranged to enable the mobility of said anchor unit in five flexible degrees of freedom of the suspension, which are a first translational degree of freedom in said first direction Z, a second translational degree of freedom in a second direction X orthogonal to said first direction Z, a third translational degree of freedom in a third direction Y orthogonal to said second direction X and to said first direction Z, a second rotational degree of freedom RX about an axis extending in said second direction X, and a third rotational degree of freedom RY about an axis extending in said third direction Y, wherein, in said first rotational degree of freedom RZ, said flexible suspension is at least 10 times stiffer than said flexible pivot in said first rotational degree of freedom RZ, and also wherein, in said first translational degree of freedom, said second translational degree of freedom, said third translational degree of freedom, said second rotational degree of freedom RX, said third rotational degree of freedom RY, said flexible suspension is at least 10 times less stiff than said flexible pivot respectively in said first translational degree of freedom, said second translational degree of freedom, said third translational degree of freedom, said second rotational degree of freedom RX and said third rotational degree of freedom RY.
A polypeptide antagonist of a Na/K ATPase/Src receptor complex, for use in a method for treating a retinopathy, wherein the polypeptide antagonist comprises the sequence of SEQ ID NO: 1, or a functional fragment, and/or functional variant thereof.
Device for controlling external pauses, comprising a casing configured externally by a base with a cavity , with anchoring means , the bottom of the said cavity having a surface with a plurality of protrusions , characterised in that it incorporates inside the casing • a female pause marker independent of the electrical contact, • a potentiometer with male rotor , • a control shaft with a unique insertion position, engaging, at the same time, the male rotor and the pause marker , the said control shaft being inserted either in the upper part, corresponding to the female pause marker , or in the lower part, corresponding to the male rotor of the potentiometer . • a female pause marker independent of the electrical contact, • a potentiometer with male rotor , • a control shaft with a unique insertion position, engaging, at the same time, the male rotor and the pause marker , the said control shaft being inserted either in the upper part, corresponding to the female pause marker , or in the lower part, corresponding to the male rotor of the potentiometer .
Measuring apparatus (1; 19) for measuring a force to act on an edge of an opening of a target vial , comprising a body (11; 119) with an interior and an opening configured to access the interior from outside the body (11; 119), a rigid plunger (12; 129) having an edge being equivalently shaped as the edge of the opening of the target vial , and a force sensor (13; 139), wherein the rigid plunger (12; 129) extends through the opening of the body (11; 119) into the interior of the body (11; 119), the edge of the rigid plunger (12; 129) is arranged outside the body (11; 119), the force sensor (13; 139) is arranged in the interior of the body (11; 119), and the rigid plunger (12; 129) is movable relative to the body (11; 119) and is coupled to the force sensor (13; 139). a body (11; 119) with an interior and an opening configured to access the interior from outside the body (11; 119), a rigid plunger (12; 129) having an edge being equivalently shaped as the edge of the opening of the target vial , and a force sensor (13; 139), wherein the rigid plunger (12; 129) extends through the opening of the body (11; 119) into the interior of the body (11; 119), the edge of the rigid plunger (12; 129) is arranged outside the body (11; 119), the force sensor (13; 139) is arranged in the interior of the body (11; 119), and the rigid plunger (12; 129) is movable relative to the body (11; 119) and is coupled to the force sensor (13; 139).
A connector comprising a latch hingeable about a hinging section, the latch having a latch end at one side of the hinging section and a rear end at an opposite side of the hinging section, wherein the connector comprises one or more resilient lips , the latch is U-shaped with two parallel legs extending above a recess , the legs have lower walls forming the rear end extending to a cable entry side of a housing , and the one or more resilient lips push against top ends of the lower walls to bias the latch into a downwardly tilted position, characterized in that at least one of the resilient lips is part of a clip with cavities holding electroconductive contacts connected to a cable, wherein the clip is inserted in a matching cavity of said housing of the connector .