mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit comprising: an unalterable storage configured for storing a first security key; a memory configured for storing a second security key; a comparator unit configured for comparing the first security key and the second security key; and an access control unit connected to the comparator unit and configured for checking a validity of the second security key, and for: if the second security key is valid, providing access to the integrated circuit, and if the second security key is invalid, restricting memory access to an erase operation checking the erase operation, and storing, after checking the erase operation, a new second security key in the memory, wherein the new second security key corresponds to the first security key, and wherein storing the new second security key in the memory is only permitted if the erase operation was successful. an unalterable storage configured for storing a first security key; a memory configured for storing a second security key; a comparator unit configured for comparing the first security key and the second security key; and an access control unit connected to the comparator unit and configured for checking a validity of the second security key, and for: if the second security key is valid, providing access to the integrated circuit, and if the second security key is invalid, restricting memory access to an erase operation checking the erase operation, and storing, after checking the erase operation, a new second security key in the memory, wherein the new second security key corresponds to the first security key, and wherein storing the new second security key in the memory is only permitted if the erase operation was successful. if the second security key is valid, providing access to the integrated circuit, and if the second security key is invalid, restricting memory access to an erase operation checking the erase operation, and storing, after checking the erase operation, a new second security key in the memory, wherein the new second security key corresponds to the first security key, and wherein storing the new second security key in the memory is only permitted if the erase operation was successful. restricting memory access to an erase operation checking the erase operation, and storing, after checking the erase operation, a new second security key in the memory, wherein the new second security key corresponds to the first security key, and wherein storing the new second security key in the memory is only permitted if the erase operation was successful.
A system for irradiating biological material, the system comprising: - a platform for holding the biological material, and - a radiation source for directing at least one of the following radiations to the biological material: X-ray radiation, ultraviolet radiation, particle radiation, wherein the platform comprises one or more platform elements each comprising a chamber for containing the biological material, wherein the platform further comprises a frame structure for mechanically supporting the platform elements and for mechanically supporting a gas-supply system capable of supplying gas to the platform elements without receiving the gas from an external source, and the frame structure comprises gas channels for receiving the gas from the gas-supply system and for conducting the gas to the platform elements so as to determine gas composition in each of the chambers during irradiation of the biological material, characterized in that each of the platform elements comprises: - a first reservoir for containing liquid-form culturing medium, - a first liquid duct for conducting the liquid-form culturing medium from the first reservoir to the chamber of the platform element under consideration, and - a second liquid duct for conducting the liquid-form culturing medium out from the chamber of the platform element under consideration. - a platform for holding the biological material, and - a radiation source for directing at least one of the following radiations to the biological material: X-ray radiation, ultraviolet radiation, particle radiation, - a first reservoir for containing liquid-form culturing medium, - a first liquid duct for conducting the liquid-form culturing medium from the first reservoir to the chamber of the platform element under consideration, and - a second liquid duct for conducting the liquid-form culturing medium out from the chamber of the platform element under consideration.
A heater device for heating by fermenting biomass, the device comprising a vessel and a pipe for conveying a flow of a fluid to be heated, at least part of the pipe being arranged so as to pass within the vessel in such a manner that, in service, it is surrounded by biomass arranged in the vessel, the device including support elements for supporting the pipe, the device being characterized in that the support elements for supporting the pipe pass through the vessel and protrude from the vessel.
Heat resistant composition comprising: - a polysulfide, - an epoxy resin, - a compound selected from compounds having a secondary and/or a tertiary amine group, and compounds having an amide group, - a phosphonate containing -C-PO 2 groups (where R= alkyl or aryl), - fibres, and - less than 1 wt.% of a polysiloxane, wherein the wt.% is relative to the weight of the composition after evaporation of any solvent that is present in the composition. - a polysulfide, - an epoxy resin, - a compound selected from compounds having a secondary and/or a tertiary amine group, and compounds having an amide group, - a phosphonate containing -C-PO 2 groups (where R= alkyl or aryl), - fibres, and - less than 1 wt.% of a polysiloxane,
A method of tokenizing sensitive data from a terminal device, the method comprising: receiving, at a tokenization system and from a terminal device, a connection request comprising a hardware serial number associated with the terminal device; validating, by the tokenization system, the hardware serial number associated with the terminal device; confirming, by the tokenization system and in response to validating the hardware serial number, that the terminal device is updated in terms of at least one of software or hardware properties; sending, by the tokenization system, a command to the terminal device that causes the terminal device to display a prompt for sensitive data associated with a user interacting with the terminal device upon confirming that the terminal device is updated; receiving, by the tokenization system, an encrypted data packet from the terminal device, the encrypted data packet comprising the sensitive data; sending, by the tokenization system, the encrypted data packet to a gateway system for tokenization; receiving, from the gateway system, a token that represents the sensitive data; and providing, by the tokenization system, the token to the terminal device. receiving, at a tokenization system and from a terminal device, a connection request comprising a hardware serial number associated with the terminal device; validating, by the tokenization system, the hardware serial number associated with the terminal device; confirming, by the tokenization system and in response to validating the hardware serial number, that the terminal device is updated in terms of at least one of software or hardware properties; sending, by the tokenization system, a command to the terminal device that causes the terminal device to display a prompt for sensitive data associated with a user interacting with the terminal device upon confirming that the terminal device is updated; receiving, by the tokenization system, an encrypted data packet from the terminal device, the encrypted data packet comprising the sensitive data; sending, by the tokenization system, the encrypted data packet to a gateway system for tokenization; receiving, from the gateway system, a token that represents the sensitive data; and providing, by the tokenization system, the token to the terminal device.
A method for providing lungs symmetry information, comprising the following steps: a) providing 2D X-ray image data of a patient's chest; b) segmenting the image data to provide segmented image data separated from un-segmented areas, the segmented image data comprising a lungs mask image having first and second selected regions corresponding to lung structures; c) extracting spatial lung volume information from the image data using the segmented image data derived from the image data; d) determining lungs symmetry information using the extracted spatial lung volume information; and e) providing the lungs symmetry information to a user, wherein the extracting step c) further comprises: c1) generating a thorax mask image wherein, for the first and second selected regions, the image data is replaced by applying a pixel value representing soft tissue; c2) subtracting the thorax mask image from the 2D X-ray image data to achieve a lungs-only image comprising the spatial lung volume information, and wherein the determining step d) further comprises: d1) summing the spatial lung volume information of the first and second selected regions. a) providing 2D X-ray image data of a patient's chest; b) segmenting the image data to provide segmented image data separated from un-segmented areas, the segmented image data comprising a lungs mask image having first and second selected regions corresponding to lung structures; c) extracting spatial lung volume information from the image data using the segmented image data derived from the image data; d) determining lungs symmetry information using the extracted spatial lung volume information; and e) providing the lungs symmetry information to a user, c1) generating a thorax mask image wherein, for the first and second selected regions, the image data is replaced by applying a pixel value representing soft tissue; c2) subtracting the thorax mask image from the 2D X-ray image data to achieve a lungs-only image comprising the spatial lung volume information, and d1) summing the spatial lung volume information of the first and second selected regions.
A joint structure (100, 200, 300), comprising: a first member comprising a high tensile strength steel sheet having a tensile strength of 440 MPa or higher; a second member comprising a high tensile strength steel sheet having a tensile strength of 440 MPa or higher and superposed on the first member; a surface soft layer formed on at least one of a superposition surface of the first member, on which the second member is superposed, and a superposition surface of the second member, on which the first member is superposed; a molten-solidified portion formed by melting and solidifying the first member and the second member; and a heat affected zone formed around the molten-solidified portion, wherein the surface soft layer has a total thickness of 5 μm or more and 200 μm or less, and the molten-solidified portion has a carbon amount of 0.21 mass% or more, wherein a maximum Vickers hardness of the surface soft layer in the heat affected zone is 100 Hv or more and 500 Hv or less, wherein the surface soft layer is a soft structure having a lower Vickers hardness than that of the first member and the second member, characterized in that the surface soft layer is a decarburized layer. a first member comprising a high tensile strength steel sheet having a tensile strength of 440 MPa or higher; a second member comprising a high tensile strength steel sheet having a tensile strength of 440 MPa or higher and superposed on the first member; a surface soft layer formed on at least one of a superposition surface of the first member, on which the second member is superposed, and a superposition surface of the second member, on which the first member is superposed; a molten-solidified portion formed by melting and solidifying the first member and the second member; and a heat affected zone formed around the molten-solidified portion, wherein the surface soft layer has a total thickness of 5 μm or more and 200 μm or less, and the molten-solidified portion has a carbon amount of 0.21 mass% or more, wherein a maximum Vickers hardness of the surface soft layer in the heat affected zone is 100 Hv or more and 500 Hv or less, wherein the surface soft layer is a soft structure having a lower Vickers hardness than that of the first member and the second member, characterized in that the surface soft layer is a decarburized layer.
An adhesive composition, based on the total weight of the composition, comprising the following components in solid content percentage: 10% to 50 % by weight of a first epoxy resin with a weight average molecular weight Mw of 8,000 g/mol or more; 5% to 20% by weight of a second epoxy resin with a weight average molecular weight Mw of 200 to 6,000 g/mol; 30% to 80% by weight of a hydroxyl terminated polyester or derivates thereof; 0.1% to 2.5% by weight of a first curing agent capable of reacting with epoxy group, wherein the first curing agent is a latent curing agent which provides effective curing at elevated temperature, pressure, or both; and 0.1% to 2.5% by weight of a second curing agent capable of reacting with hydroxyl group, wherein the second curing agent is an active curing agent which provides good adhesive cohesion and heat resistance upon curing at a relatively lower temperature; the sum of components of the composition is equal to 100% by weight. 10% to 50 % by weight of a first epoxy resin with a weight average molecular weight Mw of 8,000 g/mol or more; 5% to 20% by weight of a second epoxy resin with a weight average molecular weight Mw of 200 to 6,000 g/mol; 30% to 80% by weight of a hydroxyl terminated polyester or derivates thereof; 0.1% to 2.5% by weight of a first curing agent capable of reacting with epoxy group, wherein the first curing agent is a latent curing agent which provides effective curing at elevated temperature, pressure, or both; and 0.1% to 2.5% by weight of a second curing agent capable of reacting with hydroxyl group, wherein the second curing agent is an active curing agent which provides good adhesive cohesion and heat resistance upon curing at a relatively lower temperature;
A Diesel-electrical locomotive with AC-AC power transmission system and computer control, wherein the Diesel-electrical locomotive is a 2100 HP Diesel-electrical locomotive comprising alternative current traction motors being asynchronous electrical motors (16.1,...., 16.6) for traction, wherein the asynchronous electrical motors are provided with squirrel-cage rotors (16.1..16.6), each asynchronous electrical motor being supplied through one traction inverter (23.1,..., 23.6) controlled to use wheels of different diameters within the admitted limits.
A final joint of an immersed tunnel, comprising two end surfaces connected with installed adjacent tube sections; and the two end surfaces are both tilted surfaces, so that a longitudinal profile of the final joint along an installation direction is of an inverted trapezoid structure; characterized in that the final joint comprises a tube section I and a tube section II which are connected with each other; and connection surfaces, which are respectively connected with the installed adjacent tube sections, of the tube section I and the tube section II are tilted surfaces, so that the longitudinal profile of the final joint jointly formed by the tube section I and the tube section II along the installation direction is of the inverted trapezoid structure; the tube section I and the tube section II are connected through water stop structural members and a plurality of shear keys; and the water stop structural members are disposed at the peripheries of combination surfaces of the tube section I and the tube section II; the shear keys comprises middle wall vertical steel shear keys disposed at the middle part of the combination surface of the tube section I or the tube section II and side wall vertical steel shear keys disposed on two sides of the combination surfaces, and horizontal shear keys connected between the inner walls of the tube section I and the tube section II.
A vascular repair patch comprising a polymeric substrate having first and second major surfaces, wherein the substrate comprises at least: (i) a first polymer filament layer adjacent the first major surface comprising a plurality of polymer filaments wherein the polymer filaments are oriented in parallel; wherein the vascular patch is configured such that, in use, the polymer filaments in the first polymer filament layer are oriented in parallel with the flow of blood through the blood vessel; and (ii) a second polymer filament layer adjacent the second major surface comprising a plurality of polymer filaments wherein the polymer filaments are oriented randomly; wherein the vascular repair patch is configured such that, in use, the second polymer filament layer is disposed against the blood vessel wall; wherein the vascular repair patch is configured such that, in use, the vascular repair patch conforms to the inside of the vascular wall; and wherein the polymeric substrate has a Young's modulus in the range of from 0.5 to 3.0 MPa. (i) a first polymer filament layer adjacent the first major surface comprising a plurality of polymer filaments wherein the polymer filaments are oriented in parallel; wherein the vascular patch is configured such that, in use, the polymer filaments in the first polymer filament layer are oriented in parallel with the flow of blood through the blood vessel; and (ii) a second polymer filament layer adjacent the second major surface comprising a plurality of polymer filaments wherein the polymer filaments are oriented randomly; wherein the vascular repair patch is configured such that, in use, the second polymer filament layer is disposed against the blood vessel wall; wherein the vascular repair patch is configured such that, in use, the vascular repair patch conforms to the inside of the vascular wall; and wherein the polymeric substrate has a Young's modulus in the range of from 0.5 to 3.0 MPa.
A battery module comprising: at least one busbar that electrically connects electrode leads protruding from an electrode assembly; a busbar frame connected to the busbar, the busbar being fixed to the busbar frame; a connection busbar connected to the at least one busbar; and a connection bolt connecting the busbar and the connection busbar together, wherein the busbar comprises a screw thread configured to fix the connection bolt, wherein the busbar comprises: a slit having each of the electrode leads extended therethrough; an electrode lead connection portion fixing the electrode lead; and a terminal portion connected to the connection busbar, wherein the terminal portion comprises a fixing hole configured to be coupled to the connection busbar by the connection bolt, the fixing hole comprising a screw thread configured to fix the connection bolt, wherein no separate nut to fix the connection bolt is included, wherein a thickness of the terminal portion is greater than a thickness of the electrode lead connection portion. at least one busbar that electrically connects electrode leads protruding from an electrode assembly; a busbar frame connected to the busbar, the busbar being fixed to the busbar frame; a connection busbar connected to the at least one busbar; and a connection bolt connecting the busbar and the connection busbar together, wherein the busbar comprises a screw thread configured to fix the connection bolt, a slit having each of the electrode leads extended therethrough; an electrode lead connection portion fixing the electrode lead; and a terminal portion connected to the connection busbar, wherein the terminal portion comprises a fixing hole configured to be coupled to the connection busbar by the connection bolt, the fixing hole comprising a screw thread configured to fix the connection bolt, wherein no separate nut to fix the connection bolt is included, wherein a thickness of the terminal portion is greater than a thickness of the electrode lead connection portion.
Method for starting an internal combustion engine by means of a compressed air starting system, in which in a first starting sequence an engagement of the starter is effected by means of compressed air, a decompression valve for relieving the cylinder working chamber is impinged in the opening direction and a turning-on of the internal combustion engine is initiated, in that the starter is applied with pulsed compressed air, and in which, in a second starting sequence, the decompression valve is impinged in the closing direction and the starter is applied with constant compressed air, wherein a compressed air path for engaging the starter is defined by a system controller via an engagement valve and a compressed air path for turning-on the starter in the first starting sequence and for rotating the starter in the second starting sequence is defined via a starting valve, characterised in that during the first starting sequence the starting valve is controlled as a function of a setpoint engine speed (nSL) via a PWM signal.
A pharmaceutical composition for the treatment of fibromyalgia, arthritis rheumatoid, systemic lupus erythematosus and autoimmune diseases associated with pain and inflammation of the muscles and joints that have as natural active ingredients in the form of lyophilized powders of aqueous extracts characterized in that it comprises Dandelion (Taraxacum officinale), Watermelon (Citrullus lanatus), Mapuey or white yam (Dioscorea trifid), Licorice (Glycyrrhiza glabra), tomato (Solanum lycopersicum) and bay leaves (Laurus nobilis), together with preservatives.
A specimen container comprising: a vessel comprising a reservoir and a specimen collection region; a sleeve located within the vessel and moveable in the direction of the reservoir; wherein movement of the sleeve in the direction of the reservoir results in the specimen collection region and reservoir being brought into fluid communication with each other, wherein the vessel comprises at least one abutment surface and the sleeve comprises at least one leg portion arranged to contact the at least one abutment surface; the specimen container further comprising: a lid adapted to make closing contact with the vessel; wherein the sleeve has a first configuration in which movement towards the reservoir is prevented, and a second configuration in which movement towards the reservoir can occur, the sleeve being arranged such that it is biased towards the first configuration and is movable from the first configuration to the second configuration when it operably interacts with the lid as said lid makes closing contact with the vessel. a vessel comprising a reservoir and a specimen collection region; a sleeve located within the vessel and moveable in the direction of the reservoir; wherein movement of the sleeve in the direction of the reservoir results in the specimen collection region and reservoir being brought into fluid communication with each other, wherein the vessel comprises at least one abutment surface and the sleeve comprises at least one leg portion arranged to contact the at least one abutment surface; the specimen container further comprising: a lid adapted to make closing contact with the vessel; wherein the sleeve has a first configuration in which movement towards the reservoir is prevented, and a second configuration in which movement towards the reservoir can occur, the sleeve being arranged such that it is biased towards the first configuration and is movable from the first configuration to the second configuration when it operably interacts with the lid as said lid makes closing contact with the vessel. a lid adapted to make closing contact with the vessel; wherein the sleeve has a first configuration in which movement towards the reservoir is prevented, and a second configuration in which movement towards the reservoir can occur, the sleeve being arranged such that it is biased towards the first configuration and is movable from the first configuration to the second configuration when it operably interacts with the lid as said lid makes closing contact with the vessel.