mhurhangee/ep-ind-claims huggingface dataset:
A device for filtering a cooling air flow for cooling a low-pressure turbine of a turbomachine, characterised in that it includes a duct having a geometry configured to centrifuge said cooling air flow passing through said duct, said duct having openings dimensioned to allow separation of the solid particles contained in said cooling air flow being centrifuged, characterised in that said duct has a circular helix shape inscribed on a cylinder of revolution with an axis of revolution (Ox).
A coated conductor, comprising: (a) a conductor; and (b) an elongated polymeric coating surrounding at least a portion of said conductor, wherein said elongated polymeric coating comprises a polymeric matrix material and a plurality of microcapillaries which extend substantially in the direction of elongation of said elongated polymeric coating, wherein at least a portion of said microcapillaries contain a polymeric microcapillary material, wherein said polymeric microcapillary material is an elastomer, and wherein said polymeric matrix material comprises medium-density polyethylene, wherein said polymeric microcapillary material comprises an ethylene/octene copolymer olefin elastomer. (a) a conductor; and (b) an elongated polymeric coating surrounding at least a portion of said conductor,
A method for reporting channel state information, CSI, by a user equipment in a system supporting multiple transmission points transmission, the method comprising: receiving information about a first CSI configuration being associated with a first CSI-reference signal, CSI-RS, resource and a first CSI-interference measurement resource, and information about a second CSI configuration being associated with a second CSI-RS resource and a second CSI-interference measurement resource; obtaining a first CSI comprising a first rank indicator, RI, corresponding to the first CSI configuration, based on the first CSI-RS resource and the first CSI-interference measurement resource associated with the first CSI configuration, wherein the first RI is the same as a second RI of the second CSI configuration, wherein the second CSI configuration corresponds to a reference CSI configuration for an RI report of the first CSI configuration and wherein the second CSI configuration is configured as the reference CSI configuration for the RI report by a higher layer; and reporting the first CSI comprising the first RI corresponding to the first CSI configuration. receiving information about a first CSI configuration being associated with a first CSI-reference signal, CSI-RS, resource and a first CSI-interference measurement resource, and information about a second CSI configuration being associated with a second CSI-RS resource and a second CSI-interference measurement resource; obtaining a first CSI comprising a first rank indicator, RI, corresponding to the first CSI configuration, based on the first CSI-RS resource and the first CSI-interference measurement resource associated with the first CSI configuration, wherein the first RI is the same as a second RI of the second CSI configuration, wherein the second CSI configuration corresponds to a reference CSI configuration for an RI report of the first CSI configuration and wherein the second CSI configuration is configured as the reference CSI configuration for the RI report by a higher layer; and reporting the first CSI comprising the first RI corresponding to the first CSI configuration.
Transdermal therapeutic system for administering a peptide onto ablatively treated skin to a patient, comprising a backing layer, a protective sheet and at least one active ingredient layer, which comprises at least one peptide and a hydrophilic, water-soluble carrier substance which is selected from the group consisting of polyvinylpyrrolidone, more particularly a polyvinylpyrrolidone having a molecular weight between 790 000 and 1 500 000 Da, crosslinked polyvinylpyrrolidone, polyvinyl alcohol-polyvinylpyrrolidone copolymers, polysaccharides, and mixtures thereof, wherein the active ingredient layer has a water content below 20 %.
A robot cleaner comprising: a body (110, 210); a traveling module configured to move the body (110, 210); and a sliding module (130, 230) comprising: a bottom portion (131, 231) disposed in front of the traveling module; and a collection portion (133, 233) disposed in front of the bottom portion (131, 231), wherein the sliding module (130, 230) supports the body (110, 210), characterized in that the collection portion is recessed in an upper direction than the bottom portion (131, 231). a body (110, 210); a traveling module configured to move the body (110, 210); and a sliding module (130, 230) comprising: a bottom portion (131, 231) disposed in front of the traveling module; and a collection portion (133, 233) disposed in front of the bottom portion (131, 231), wherein the sliding module (130, 230) supports the body (110, 210), characterized in that the collection portion is recessed in an upper direction than the bottom portion (131, 231). a bottom portion (131, 231) disposed in front of the traveling module; and a collection portion (133, 233) disposed in front of the bottom portion (131, 231), wherein the sliding module (130, 230) supports the body (110, 210), characterized in that the collection portion is recessed in an upper direction than the bottom portion (131, 231).
A method for producing oxidized metal strips, wherein a plurality of metal strips is guided simultaneously in a parallel arrangement and at a conveying speed of more than 30 m/min, preferably of more than 70 m/min, and even more preferred of more than 100 m/min, through an induction heating device comprising in particular an induction coil passed through collectively by the all of the metal strips, and is heated there to a predefined oxidation temperature and oxidized by supplying atmospheric oxygen, and the metal strips, after passing through the induction heating device, are supplied to a second heating device where a temperature compensation is performed at a constant temperature.
A Single Channel Ground and Airborne Radio System, SINCGARS, having a SINCGARS frequency-hopping waveform with a fixed retuning period operable in a network of SINCGARS, the system comprising: a) a controller programmed with a modified frequency-hopping waveform having one or more retuning periods, each of said one or more retuning periods being shorter in duration than the fixed retuning period of the conventional SINCGARS waveform, said modified frequency-hopping waveform compatible with each of the SINCGARS in the network; and b) an interface for programming each of the devices with the modified waveform. a) a controller programmed with a modified frequency-hopping waveform having one or more retuning periods, each of said one or more retuning periods being shorter in duration than the fixed retuning period of the conventional SINCGARS waveform, said modified frequency-hopping waveform compatible with each of the SINCGARS in the network; and b) an interface for programming each of the devices with the modified waveform.
A method for culturing bone marrow cells collected from a subject, with the serum of the subject, characterized in that: a bone marrow cell suspension preparation step in which a bone marrow fluid containing bone marrow cells collected from the subject is anticoagulated without use of an anticoagulant by mixing with a medium in an amount of 1.5 times to 6 times of the amount of the bone marrow fluid in a liquid-tight state at the site of collection of the bone marrow fluid to prepare an anticoagulant-free bone marrow cell suspension; a blood collection and storage step in which blood collected from the subject without addition of an anticoagulant is stored in a liquid-tight state in a blood storing vessel capable of being centrifuged; and an autoserum acquisition step in which the blood storing vessel where the blood of the subject is stored is centrifuged to obtain the serum of the subject. a bone marrow cell suspension preparation step in which a bone marrow fluid containing bone marrow cells collected from the subject is anticoagulated without use of an anticoagulant by mixing with a medium in an amount of 1.5 times to 6 times of the amount of the bone marrow fluid in a liquid-tight state at the site of collection of the bone marrow fluid to prepare an anticoagulant-free bone marrow cell suspension; a blood collection and storage step in which blood collected from the subject without addition of an anticoagulant is stored in a liquid-tight state in a blood storing vessel capable of being centrifuged; and an autoserum acquisition step in which the blood storing vessel where the blood of the subject is stored is centrifuged to obtain the serum of the subject.
A negative electrode comprising: a current collector; a negative active material layer comprising at least one material selected from the group consisting of a carbonaceous negative active material and a metal-based negative active material formed on the current collector, and a polymer coating layer formed on the negative active material layer, said polymer coating layer comprising a fluorinated acrylate polymer, wherein the fluorinated acrylate polymer is a polymer compound having the structure of an acrylate polymer having a fluoride as a substituent. a current collector; a negative active material layer comprising at least one material selected from the group consisting of a carbonaceous negative active material and a metal-based negative active material formed on the current collector, and a polymer coating layer formed on the negative active material layer, said polymer coating layer comprising a fluorinated acrylate polymer, wherein the fluorinated acrylate polymer is a polymer compound having the structure of an acrylate polymer having a fluoride as a substituent.
A management device (10, 20) installed in a vehicle, comprising: an initially-delivered key storage unit configured to store a plurality of initially-delivered keys to be held by a plurality of onboard computers installed in the vehicle; a communication part configured to communicate with an onboard computer among the plurality of onboard computers to receive encrypted data from the onboard computer; a verification part configured to verify the encrypted data using an initially-delivered key among the plurality of initially-delivered keys stored on the initially-delivered key storage unit; and a wireless communication part configured to receive from a management server equipment through a wireless communication network, a new initially-delivered key held by a new onboard computer newly installed in the vehicle, wherein the initially-delivered key storage unit is configured to store the new initially-delivered key received by the wireless communication part, and wherein a management key used to update a key used for an encrypted communication between the plurality of each onboard computer is updated via (i) through (iii), (i) verifying by the verification part whether the new initially-delivered key stored on the initially-delivered key storage unit is held by the new onboard computer, (ii) encrypting by an encryption processor a latest management key using the new initially-delivered key, and (iii) sending the encrypted latest management key to the new onboard computer upon successful verification of (i). an initially-delivered key storage unit configured to store a plurality of initially-delivered keys to be held by a plurality of onboard computers installed in the vehicle; a communication part configured to communicate with an onboard computer among the plurality of onboard computers to receive encrypted data from the onboard computer; a verification part configured to verify the encrypted data using an initially-delivered key among the plurality of initially-delivered keys stored on the initially-delivered key storage unit; and a wireless communication part configured to receive from a management server equipment through a wireless communication network, a new initially-delivered key held by a new onboard computer newly installed in the vehicle, wherein the initially-delivered key storage unit is configured to store the new initially-delivered key received by the wireless communication part, and wherein a management key used to update a key used for an encrypted communication between the plurality of each onboard computer is updated via (i) through (iii), (i) verifying by the verification part whether the new initially-delivered key stored on the initially-delivered key storage unit is held by the new onboard computer, (ii) encrypting by an encryption processor a latest management key using the new initially-delivered key, and (iii) sending the encrypted latest management key to the new onboard computer upon successful verification of (i).
A food pressure cooking appliance including: - a bowl as well as a lid intended to be locked relative to the bowl to form with the latter a cooking chamber adapted to rise in pressure, - a bayonet locking system configured to ensure the locking and unlocking of the lid relative to the bowl by swivelling of the lid relative to the bowl, - a support intended to be attached to said lid in such a way that the latter can swivel relative to said support about a first axis of rotation (Y-Y') between two positions corresponding to an unlocking configuration and a locking configuration, respectively, - a manually operable locking/unlocking control member, intended to be attached to said support by a mechanical link allowing the manual movement of said control member relative to said support, - a device for transforming said manual movement of the control member into swivelling of the lid relative to the support, said transformation device comprising at least one driving conformation (18, 19) intended to be carried by the manual control member and at least one driven conformation (16, 17) intended to be linked to the lid and engaged by said driving conformation (18, 19), - a pressure regulation means for maintaining the pressure inside the cooking chamber at a set point level, said appliance being characterized in that it comprises a control module removably attached to said lid, said control module bearing at least one first subset that includes at least said pressure regulation means and said driven conformation (16, 17). - a bowl as well as a lid intended to be locked relative to the bowl to form with the latter a cooking chamber adapted to rise in pressure, - a bayonet locking system configured to ensure the locking and unlocking of the lid relative to the bowl by swivelling of the lid relative to the bowl, - a support intended to be attached to said lid in such a way that the latter can swivel relative to said support about a first axis of rotation (Y-Y') between two positions corresponding to an unlocking configuration and a locking configuration, respectively, - a manually operable locking/unlocking control member, intended to be attached to said support by a mechanical link allowing the manual movement of said control member relative to said support, - a device for transforming said manual movement of the control member into swivelling of the lid relative to the support, said transformation device comprising at least one driving conformation (18, 19) intended to be carried by the manual control member and at least one driven conformation (16, 17) intended to be linked to the lid and engaged by said driving conformation (18, 19), - a pressure regulation means for maintaining the pressure inside the cooking chamber at a set point level,
A composition comprising: - at least one ion selected from hypohalite, hypothiocyanite or a combination thereof and; - at least one compound selected from lactoferrin, lactoferrin peptide produced by the action of a protease or a combination of proteases on lactoferrin, lysozyme or a combination thereof; wherein said hypohalite and/or hypothiocyanite ion are/is isolated and not in combination with the peroxidase system. - at least one ion selected from hypohalite, hypothiocyanite or a combination thereof and; - at least one compound selected from lactoferrin, lactoferrin peptide produced by the action of a protease or a combination of proteases on lactoferrin, lysozyme or a combination thereof;
An aircraft structure assembly comprising: an arcuate track having a theoretical centre and being configured to rotate about an axis of rotation corresponding to the theoretical centre; and a link for coupling an aircraft lift device to the track such that said lift device is slidable along a linear path relative to said track in a direction of the axis of rotation of said track; a track member fixedly attached to said track; a lift device member configured to be fixedly attached to an aircraft lift device; and an intermediate member that couples the track member to the lift device member; wherein one of the track member and lift device member is slidable relative to the intermediate member and the other one of the track member and lift device member is rotatable relative to the intermediate member about a first axis perpendicular to the axis of rotation of the track; characterized in that the one of the track member and lift device member is rotatable relative to the intermediate member about a second axis perpendicular to the first axis and perpendicular to the axis of rotation of said track. an arcuate track having a theoretical centre and being configured to rotate about an axis of rotation corresponding to the theoretical centre; and a link for coupling an aircraft lift device to the track such that said lift device is slidable along a linear path relative to said track in a direction of the axis of rotation of said track; a track member fixedly attached to said track; a lift device member configured to be fixedly attached to an aircraft lift device; and an intermediate member that couples the track member to the lift device member; wherein one of the track member and lift device member is slidable relative to the intermediate member and the other one of the track member and lift device member is rotatable relative to the intermediate member about a first axis perpendicular to the axis of rotation of the track; characterized in that the one of the track member and lift device member is rotatable relative to the intermediate member about a second axis perpendicular to the first axis and perpendicular to the axis of rotation of said track.
An electrode apparatus for delivering TTFields, configured for affixation to a patient's skin, the apparatus comprising: a flex circuit having a trunk region (108; 108a-g) that extends in a longitudinal direction and a plurality of branches (106a-e; 106a-d) that extend laterally from the trunk region (108; 108a-g), each of the branches (106a-e; 106a-d) having a free distal end and a proximal end that is connected to the trunk region (108; 108a-g), with a plurality of the branches (106a-e; 106a-d) extending on at least one lateral side of the trunk region (108; 108a-g), and the flex circuit having an inner, skin-facing side and an outer side; a plurality of electrode elements disposed on the inner side of the flex circuit along the branches (106a-e; 106a-d) of the flex circuit, each of the electrode elements having a conductive plate that is connected to the flex circuit in an electrically-conducting manner and a dielectric layer positioned to face the skin of the patient; a skin-level adhesive layer disposed on the inner side of the flex circuit; and a top, covering layer disposed on the outer side of the flex circuit, the covering layer being sized to cover the branches (106a-e; 106a-d) of the flex circuit and overlap spaces between the branches (106a-e; 106a-d) of the flex circuit, the covering layer having adhesive on a skin-facing side thereof; characterized in that: the adhesive on the skin-facing side of the covering layer provides means by which the covering layer can be adhered to the patient's skin through the spaces between the branches (106a-e; 106a-d) of the flex circuit. a flex circuit having a trunk region (108; 108a-g) that extends in a longitudinal direction and a plurality of branches (106a-e; 106a-d) that extend laterally from the trunk region (108; 108a-g), each of the branches (106a-e; 106a-d) having a free distal end and a proximal end that is connected to the trunk region (108; 108a-g), with a plurality of the branches (106a-e; 106a-d) extending on at least one lateral side of the trunk region (108; 108a-g), and the flex circuit having an inner, skin-facing side and an outer side; a plurality of electrode elements disposed on the inner side of the flex circuit along the branches (106a-e; 106a-d) of the flex circuit, each of the electrode elements having a conductive plate that is connected to the flex circuit in an electrically-conducting manner and a dielectric layer positioned to face the skin of the patient; a skin-level adhesive layer disposed on the inner side of the flex circuit; and a top, covering layer disposed on the outer side of the flex circuit, the covering layer being sized to cover the branches (106a-e; 106a-d) of the flex circuit and overlap spaces between the branches (106a-e; 106a-d) of the flex circuit, the covering layer having adhesive on a skin-facing side thereof; characterized in that: the adhesive on the skin-facing side of the covering layer provides means by which the covering layer can be adhered to the patient's skin through the spaces between the branches (106a-e; 106a-d) of the flex circuit.
Method for simultaneous evaluation of cytotoxicity, immune modulation and phagocytosis of a material used as a drug delivery carrier in the animal body comprising: a) Obtaining stimulated cell populations by incubating a biological sample coming from a subject and comprising cells with the material to be evaluated; b) Incubating the stimulated cell populations of step a) with - fluorochrome labeled antibodies specific for CD14, CD4, CD3 and CD45 markers and markers of immune modulation selected from TNFalpha, IFNy, IL6, IL12,TNFβ, IL2, IL8,IL10, IL13 and IL16, - TAPI-2 inhibitor of protein secretion, and - viability cell markers, wherein each marker is detected with a different fluorochrome, c) passing the cell population resulting from step b) through a flow cytometer and measuring the different fluorescent emissions in a single measurement; and d) assessing the degree of viable cells, activated cells and phagocytic cells in each cellular population by determining the amount of fluorescent related signal associated to every individual cell and to every individual immune modulation involved molecule marker used. a) Obtaining stimulated cell populations by incubating a biological sample coming from a subject and comprising cells with the material to be evaluated; b) Incubating the stimulated cell populations of step a) with - fluorochrome labeled antibodies specific for CD14, CD4, CD3 and CD45 markers and markers of immune modulation selected from TNFalpha, IFNy, IL6, IL12,TNFβ, IL2, IL8,IL10, IL13 and IL16, - TAPI-2 inhibitor of protein secretion, and - viability cell markers, wherein each marker is detected with a different fluorochrome, - fluorochrome labeled antibodies specific for CD14, CD4, CD3 and CD45 markers and markers of immune modulation selected from TNFalpha, IFNy, IL6, IL12,TNFβ, IL2, IL8,IL10, IL13 and IL16, - TAPI-2 inhibitor of protein secretion, and - viability cell markers, c) passing the cell population resulting from step b) through a flow cytometer and measuring the different fluorescent emissions in a single measurement; and d) assessing the degree of viable cells, activated cells and phagocytic cells in each cellular population by determining the amount of fluorescent related signal associated to every individual cell and to every individual immune modulation involved molecule marker used.