mhurhangee/ep-ind-claims huggingface dataset:
An ablation device for treating a tissue surface within an alimentary tract comprising: an ablation structure configured to be removably coupled to a distal end of an endoscope; a deflection mechanism (105, 150, 209) adapted to deflect the distal end with respect to the alimentary tract and move the ablation structure toward the tissue surface; characterized by a coupling mechanism (250, 252) adapted to fit over an outside surface of the endoscope and to permit the ablation structure to pivot with respect to the endoscope. an ablation structure configured to be removably coupled to a distal end of an endoscope; a deflection mechanism (105, 150, 209) adapted to deflect the distal end with respect to the alimentary tract and move the ablation structure toward the tissue surface; characterized by a coupling mechanism (250, 252) adapted to fit over an outside surface of the endoscope and to permit the ablation structure to pivot with respect to the endoscope.
A method for producing at least two different antibodies from a single host cell, wherein each of said two antibodies comprises two CH3 domains that are capable of forming an interface, said method comprising providing in said cell a. A first nucleic acid molecule encoding a 1 st human IgG CH3 domain-comprising polypeptide chain comprising a lysine residue at amino acid position 366 according to the EU numbering system, b. A second nucleic acid molecule encoding a 2 nd human IgG CH3 domain-comprising polypeptide chain comprising an aspartic acid residue at amino acid position 351 according to the EU numbering system, c. A third nucleic acid molecule encoding a 3 rd CH3 domain-comprising polypeptide chain, and d. A fourth nucleic acid molecule encoding a 4 th CH3 domain-comprising polypeptide chain, said method further comprising the step of culturing said host cell and allowing for expression of said at least four nucleic acid molecules and harvesting said at least two different antibodies from the culture. a. A first nucleic acid molecule encoding a 1 st human IgG CH3 domain-comprising polypeptide chain comprising a lysine residue at amino acid position 366 according to the EU numbering system, b. A second nucleic acid molecule encoding a 2 nd human IgG CH3 domain-comprising polypeptide chain comprising an aspartic acid residue at amino acid position 351 according to the EU numbering system, c. A third nucleic acid molecule encoding a 3 rd CH3 domain-comprising polypeptide chain, and d. A fourth nucleic acid molecule encoding a 4 th CH3 domain-comprising polypeptide chain,
A method to support performance of a contactless payment transaction between a first computing device and a second computing device for authorisation through a transaction processing system, the method comprising at a third computing device supporting the performance of the first computing device: establishing a secure network connection with the first computing device; receiving information for performance of a security protocol for the transaction from the first computing device over the secure connection, wherein performance of the security protocol includes generation of an application cryptogram requiring multiple cryptographic operations; providing a dummy application cryptogram whose value is a random transaction identifier to the first computing device; and obtaining a true application cryptogram for the transaction, and providing the true application cryptogram to the transaction processing system using the dummy application cryptogram as an identifier for the transaction whereby the transaction processing system can reconcile the true application cryptogram with the transaction comprising the dummy application cryptogram provided for authorisation. establishing a secure network connection with the first computing device; receiving information for performance of a security protocol for the transaction from the first computing device over the secure connection, wherein performance of the security protocol includes generation of an application cryptogram requiring multiple cryptographic operations; providing a dummy application cryptogram whose value is a random transaction identifier to the first computing device; and obtaining a true application cryptogram for the transaction, and providing the true application cryptogram to the transaction processing system using the dummy application cryptogram as an identifier for the transaction whereby the transaction processing system can reconcile the true application cryptogram with the transaction comprising the dummy application cryptogram provided for authorisation.
A dispenser comprising: a draw type receiving part provided under a washing space in which washing is performed; a detergent bottle seating part provided in the inside of the draw type receiving part, a detachable detergent bottle containing a liquid detergent being seated on the detergent bottle seating part; a detergent bottle connecting part connected to the detergent bottle, the liquid detergent being entered through the detergent bottle connecting part; and characterized in that a detergent storing part fluid-communicating with the detergent bottle by the detergent bottle connecting part, the liquid detergent being entered and stored in the detergent storing part by its weight, wherein the detergent bottle connecting part includes a detergent bottle fixing part that fixes a detergent outlet of the detergent bottle, wherein the detergent bottle fixing part comprises, an outlet fixing part fixing a detergent outlet of the detergent bottle; a button pressing part pressing a detergent outlet button of the detergent bottle and extended from the outlet fixing part; and a hinge part connecting the detergent bottle fixing part with the detergent storing part so that the detergent bottle fixing part turns around. a draw type receiving part provided under a washing space in which washing is performed; a detergent bottle seating part provided in the inside of the draw type receiving part, a detachable detergent bottle containing a liquid detergent being seated on the detergent bottle seating part; a detergent bottle connecting part connected to the detergent bottle, the liquid detergent being entered through the detergent bottle connecting part; and characterized in that a detergent storing part fluid-communicating with the detergent bottle by the detergent bottle connecting part, the liquid detergent being entered and stored in the detergent storing part by its weight, wherein the detergent bottle connecting part includes a detergent bottle fixing part that fixes a detergent outlet of the detergent bottle, wherein the detergent bottle fixing part comprises, an outlet fixing part fixing a detergent outlet of the detergent bottle; a button pressing part pressing a detergent outlet button of the detergent bottle and extended from the outlet fixing part; and a hinge part connecting the detergent bottle fixing part with the detergent storing part so that the detergent bottle fixing part turns around.
A vacuum wound dressing system for covering a wound bed comprising: a wound contact layer comprising a fibrous blend or fibrous material that forms a cohesive gel when wetted by wound exudate in use; a source of vacuum situated to be separated from the wound bed by the wound contact layer; and a vacuum sealing layer covering the wound contact layer and adapted to retain relative vacuum in the wound contact layer wherein the vacuum sealing layer comprises as an outer layer a foam layer. a wound contact layer comprising a fibrous blend or fibrous material that forms a cohesive gel when wetted by wound exudate in use; a source of vacuum situated to be separated from the wound bed by the wound contact layer; and a vacuum sealing layer covering the wound contact layer and adapted to retain relative vacuum in the wound contact layer wherein the vacuum sealing layer comprises as an outer layer a foam layer.
A method of processing an electronic service guide in a terminal configured for receiving said electronic service guide over a network, said terminal having a first capability status, comprising the steps of: - first receiving at said terminal over said network an announcement channel, wherein the announcement channel comprises data announcing one or more service guide fragments of said electronic service guide available on a different service guide delivery channel, said data comprising terminal capability requirements; - the terminal filtering the received data from the announcement channel on the basis of the first capability status of the terminal; and - processing said service guide fragments from the service guide delivery channel according to the data from the announcement channel as filtered. - first receiving at said terminal over said network an announcement channel, wherein the announcement channel comprises data announcing one or more service guide fragments of said electronic service guide available on a different service guide delivery channel, said data comprising terminal capability requirements; - the terminal filtering the received data from the announcement channel on the basis of the first capability status of the terminal; and - processing said service guide fragments from the service guide delivery channel according to the data from the announcement channel as filtered.
A repeater (120, 200, 300), comprising: one or more amplification and filtering signal paths; and a controller configured to: determine an oscillation amplification threshold level at which oscillation is substantially reduced or ceases to occur at the repeater; select an oscillation margin level; and operate the repeater at an amplification level that is the oscillation margin level below the oscillation amplification threshold level; the controller being further characterized by being configured to select an oscillation margin offset level that is less than the oscillation margin level; increase a gain of the repeater by the oscillation margin offset level to periodically determine if an oscillation occurs at the repeater while operating at the increased gain level, wherein the oscillation margin offset level for the increased gain reduces a noise floor impact of the repeater; and decrease the gain of the repeater by the oscillation margin offset level to operate the repeater at the amplification level. one or more amplification and filtering signal paths; and a controller configured to: determine an oscillation amplification threshold level at which oscillation is substantially reduced or ceases to occur at the repeater; select an oscillation margin level; and operate the repeater at an amplification level that is the oscillation margin level below the oscillation amplification threshold level; the controller being further characterized by being configured to select an oscillation margin offset level that is less than the oscillation margin level; increase a gain of the repeater by the oscillation margin offset level to periodically determine if an oscillation occurs at the repeater while operating at the increased gain level, wherein the oscillation margin offset level for the increased gain reduces a noise floor impact of the repeater; and decrease the gain of the repeater by the oscillation margin offset level to operate the repeater at the amplification level.
Method for producing a metal support structure (32, 38) for an electrode, wherein the support structure (32, 38) is formed from flat material portions (10, 10') of an expanded metal grid or wire mesh having openings (16, 16'), wherein at least two flat material portions (10, 10') are welded together in a corresponding edge region (18, 18'), comprising the following steps: working the edge regions (18, 18') of the flat material portions (10, 10') that are to be welded together by exerting pressure orthogonally on these edge regions (18, 18'), in particular by rolling or stamping, in order to at least almost break up an expanded metal structure or mesh structure by plastic deformation in the edge regions (18, 18'), so that the openings (16, 16') in the edge region (18, 18') are substantially closed by material deformation, arranging the flat material portions (10, 10') next to one another so that the worked edge regions (18, 18') of the flat material portions (10, 10') overlap one another or abut one another, and welding the overlapping or abutting edge regions (18, 18') together to obtain the support structure (32, 38). working the edge regions (18, 18') of the flat material portions (10, 10') that are to be welded together by exerting pressure orthogonally on these edge regions (18, 18'), in particular by rolling or stamping, in order to at least almost break up an expanded metal structure or mesh structure by plastic deformation in the edge regions (18, 18'), so that the openings (16, 16') in the edge region (18, 18') are substantially closed by material deformation, arranging the flat material portions (10, 10') next to one another so that the worked edge regions (18, 18') of the flat material portions (10, 10') overlap one another or abut one another, and welding the overlapping or abutting edge regions (18, 18') together to obtain the support structure (32, 38).
Method for the production of a complete prosthesis by A) providing 3D data of the oral situation in edentulous state, B) digital construction of the denture base for lower and upper jaw respectively, C) digital positioning of virtual teeth with an appropriate occlusion and a tooth shape selected according to aesthetic criteria, D1) production of the dental arch using an automated method from the groups of layer-building and of material-removing methods, D2) production of the denture base using an automated method from the groups of layer-building and of material-removing methods, wherein, in step D1, the inside of the teeth or of the dental arch is produced using an automated method, selected from Stereolithography with a material 2A, inkjet printing with a material 2B or CAD/CAM milling with a material 1B, and at least one second material is applied thereon as an external layer using an automated method, by means of Fused Deposition Modelling. A) providing 3D data of the oral situation in edentulous state, B) digital construction of the denture base for lower and upper jaw respectively, C) digital positioning of virtual teeth with an appropriate occlusion and a tooth shape selected according to aesthetic criteria, D1) production of the dental arch using an automated method from the groups of layer-building and of material-removing methods, D2) production of the denture base using an automated method from the groups of layer-building and of material-removing methods, D1) production of the dental arch using an automated method from the groups of layer-building and of material-removing methods, D2) production of the denture base using an automated method from the groups of layer-building and of material-removing methods,
Waste collection vehicle comprising a waste collection body with a waste collection container for receiving waste, a loading opening for filling with waste, a compactor unit for conveying the filled waste from a loading trough into the waste collection container and for compacting the waste, and the loading trough for collecting the waste filled via the loading opening, wherein the loading trough is designed as a wear component on the vehicle side for co-operating with the compactor unit for the waste collection vehicle and which provides connecting means for detachably attaching the wear component, i.e. the loading trough, in the waste collection vehicle,wherein the connecting means are designed to correspond with further connecting means of the waste collection vehicle and form a frictional and/or form fit connection, and characterized in that the loading trough extends between two laterally delimiting side parts (18L, 18R) of the waste collection body and the side parts (18L, 18R) comprise the further connecting means. a waste collection container for receiving waste, a loading opening for filling with waste, a compactor unit for conveying the filled waste from a loading trough into the waste collection container and for compacting the waste, and the loading trough for collecting the waste filled via the loading opening, wherein the loading trough is designed as a wear component on the vehicle side for co-operating with the compactor unit for the waste collection vehicle and which provides connecting means for detachably attaching the wear component, i.e. the loading trough, in the waste collection vehicle,wherein the connecting means are designed to correspond with further connecting means of the waste collection vehicle and form a frictional and/or form fit connection, and characterized in that the loading trough extends between two laterally delimiting side parts (18L, 18R) of the waste collection body and the side parts (18L, 18R) comprise the further connecting means.
Replaceable light head (200, 300) for an exterior aircraft light (2, 20, 60), comprising: a mounting structure (202, 302) for attaching the replaceable light head (200, 300) to the exterior aircraft light (2, 20, 60); a power terminal (218, 318), coupleable to an internal power supply of the exterior aircraft light (2, 20, 60); at least one light source (204, 304), coupled to the power terminal (218, 318) for receiving power from the internal power supply of the exterior aircraft light (2, 20, 60); a data interface (220, 320), coupleable to a controller of the exterior aircraft light (2, 20, 60); and a memory (210, 310), coupled to the data interface (220, 320) and configured to receive and store usage data of the internal power supply of the exterior aircraft light (2, 20, 60), wherein the usage data of the internal power supply of the exterior aircraft light (2, 20, 60) comprises operating time of the internal power supply and operating temperature of the internal power supply. a mounting structure (202, 302) for attaching the replaceable light head (200, 300) to the exterior aircraft light (2, 20, 60); a power terminal (218, 318), coupleable to an internal power supply of the exterior aircraft light (2, 20, 60); at least one light source (204, 304), coupled to the power terminal (218, 318) for receiving power from the internal power supply of the exterior aircraft light (2, 20, 60); a data interface (220, 320), coupleable to a controller of the exterior aircraft light (2, 20, 60); and a memory (210, 310), coupled to the data interface (220, 320) and configured to receive and store usage data of the internal power supply of the exterior aircraft light (2, 20, 60), wherein the usage data of the internal power supply of the exterior aircraft light (2, 20, 60) comprises operating time of the internal power supply and operating temperature of the internal power supply.
DC switch yard comprising at least two busbars (2, 3) and two or more DC lines (5 - 8) forming a grid, wherein each DC line (5 - 8) is connected or connectable to said at least two busbars (2, 3), wherein the at least two busbars (2, 3) are interconnected or connectable to each other through an intermediate main circuit breaker, and wherein each of said two or more DC lines (5 - 8) are connected or connectable to each of said at least two busbars (2, 3) through intermediate fast disconnectors (9, 9'; 10, 10'; 11, 11'; 12, 12'), characterized in that the main circuit breaker is arranged with unidirectional breaking capability.
Lateral PIN diode, comprising - a light-sensitive germanium region which is totally embedded in silicon (1, 7) and forms with the silicon (1, 7, 9, 10) a lower interface and lateral interfaces, wherein the lateral interfaces do not extend perpendicularly, but obliquely to the lower interface and therefore produce a faceted form, - wherein the germanium region has a portion which is only intrinsically conductive and which extends below an insulating strip arranged on the silicon, the lateral extension of said strip determining the intrinsic region of the diode, and - wherein doped germanium and silicon regions (5, 9, 10) laterally adjoin the intrinsically conductive portion of the germanium region and extend laterally from the intrinsic germanium region of the diode to a diode edge defined by an insulator. - a light-sensitive germanium region which is totally embedded in silicon (1, 7) and forms with the silicon (1, 7, 9, 10) a lower interface and lateral interfaces, wherein the lateral interfaces do not extend perpendicularly, but obliquely to the lower interface and therefore produce a faceted form, - wherein the germanium region has a portion which is only intrinsically conductive and which extends below an insulating strip arranged on the silicon, the lateral extension of said strip determining the intrinsic region of the diode, and - wherein doped germanium and silicon regions (5, 9, 10) laterally adjoin the intrinsically conductive portion of the germanium region and extend laterally from the intrinsic germanium region of the diode to a diode edge defined by an insulator.
An analyzing method for analyzing a blood specimen, the analyzing method comprising: mixing a blood specimen and a thrombin-containing reagent to coagulate the blood specimen, and obtaining a coagulation waveform; obtaining a value of a parameter concerning differentiation of the coagulation waveform and a coagulation time, based on the coagulation waveform; obtaining a value of an amount of antigen of fibrinogen based on the obtained value of the parameter; and obtaining information concerning an active concentration of fibrinogen based on the obtained coagulation time, wherein the parameter concerning the differentiation of the coagulation waveform is at least one selected from a maximum coagulation speed (|min 1|) and a maximum coagulation deceleration (|max 2|), wherein the value of the amount of antigen of fibrinogen is obtained by converting a value of |min 1| or |max 2| to the value of the amount of antigen of fibrinogen by using a calibration curve or regression equation. mixing a blood specimen and a thrombin-containing reagent to coagulate the blood specimen, and obtaining a coagulation waveform; obtaining a value of a parameter concerning differentiation of the coagulation waveform and a coagulation time, based on the coagulation waveform; obtaining a value of an amount of antigen of fibrinogen based on the obtained value of the parameter; and obtaining information concerning an active concentration of fibrinogen based on the obtained coagulation time, wherein the parameter concerning the differentiation of the coagulation waveform is at least one selected from a maximum coagulation speed (|min 1|) and a maximum coagulation deceleration (|max 2|), wherein the value of the amount of antigen of fibrinogen is obtained by converting a value of |min 1| or |max 2| to the value of the amount of antigen of fibrinogen by using a calibration curve or regression equation.
A lithium secondary battery comprising a cathode, an anode, and a separator membrane interposed between the cathode and the anode, characterized in that the separator membrane is a polyolefin porous membrane having an aramid coating layer, and the cathode includes a cathode active material that is a lithium metal oxide having an olivine-type iron phosphate lithium coating layer, or the anode includes an anode active material that is a carbon material having a spinel-type lithium titanium oxide coating layer.