mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for obtaining a filtered capnography signal by suppressing a spectral background signal within an optical absorption signal, the method comprising: obtaining an optical absorption signal from a subject across a range of wavelengths, wherein the optical absorption signal represents a proportion of a light signal that is absorbed as the light signal passes through a breathing adapter containing a respiratory air sample undergoing investigation, and wherein the optical absorption signal comprises a spectral background signal; isolating a second harmonic signal from the optical absorption signal; identifying a period of the spectral background signal; sampling a plurality of wavelength components of the second harmonic signal, wherein sampling the second harmonic signal comprises: obtaining a sample of the second harmonic signal at a central wavelength of the second harmonic signal, wherein the central wavelength represents a maximum Carbon Dioxide absorption; and obtaining a sample of the second harmonic signal at an off-center wavelength of the second harmonic signal, wherein the off-center wavelength and the central wavelength are separated by a half or whole non-zero multiple of the period of the spectral background signal; and generating a filtered capnography signal by additive or subtractive combination of the obtained samples of the second harmonic signal. obtaining an optical absorption signal from a subject across a range of wavelengths, wherein the optical absorption signal represents a proportion of a light signal that is absorbed as the light signal passes through a breathing adapter containing a respiratory air sample undergoing investigation, and wherein the optical absorption signal comprises a spectral background signal; isolating a second harmonic signal from the optical absorption signal; identifying a period of the spectral background signal; sampling a plurality of wavelength components of the second harmonic signal, wherein sampling the second harmonic signal comprises: obtaining a sample of the second harmonic signal at a central wavelength of the second harmonic signal, wherein the central wavelength represents a maximum Carbon Dioxide absorption; and obtaining a sample of the second harmonic signal at an off-center wavelength of the second harmonic signal, wherein the off-center wavelength and the central wavelength are separated by a half or whole non-zero multiple of the period of the spectral background signal; and obtaining a sample of the second harmonic signal at a central wavelength of the second harmonic signal, wherein the central wavelength represents a maximum Carbon Dioxide absorption; and obtaining a sample of the second harmonic signal at an off-center wavelength of the second harmonic signal, wherein the off-center wavelength and the central wavelength are separated by a half or whole non-zero multiple of the period of the spectral background signal; and generating a filtered capnography signal by additive or subtractive combination of the obtained samples of the second harmonic signal.
Device for generating a print on a printing material, comprising • at least one printing forme; • at least one device for dispensing a printing medium; • at least one data transmission device; • at least one control device; characterized in that the printing forme comprises a printing body, a plurality of piezo actuators (45, 46) and a cover layer; the piezo actuators (45, 46) are arranged within the printing body, and the cover layer is arranged on the surface of the printing body; each piezo actuator (45, 46) can be driven independently of the further piezo actuators (45, 46); wherein the cover layer is set up to form a plurality of cavities for picking up a printing medium; and each piezo actuator (45, 46) can form at least one cavity; wherein, in a first state, the voltage applied to one or more piezo actuators (45, 56) is zero and no cavities are formed at this position on the cover layer; and, in a second state, a voltage is applied to one or more piezo actuators (45, 56) and cavities are formed at these positions on the cover layer. • at least one printing forme; • at least one device for dispensing a printing medium; • at least one data transmission device; • at least one control device; the printing forme comprises a printing body, a plurality of piezo actuators (45, 46) and a cover layer; the piezo actuators (45, 46) are arranged within the printing body, and the cover layer is arranged on the surface of the printing body; each piezo actuator (45, 46) can be driven independently of the further piezo actuators (45, 46); wherein the cover layer is set up to form a plurality of cavities for picking up a printing medium; and each piezo actuator (45, 46) can form at least one cavity; wherein, in a first state, the voltage applied to one or more piezo actuators (45, 56) is zero and no cavities are formed at this position on the cover layer; and, in a second state, a voltage is applied to one or more piezo actuators (45, 56) and cavities are formed at these positions on the cover layer.
Cooking device, comprising at least one hob having at least one hot plate and at least one heating device provided for heating at least one cooking region and at least one sensor device for detecting at least one physical variable that characterises a state of the cooking region, the sensor device comprising at least one magnetic shielding device and at least one filter device (43, 53), the filter device (43, 53) being designed and suitable for reflecting and/or transmitting electromagnetic radiation depending on the wavelength and/or the polarisation and/or the angle of incidence, characterised in that the sensor device comprises at least two sensor units (13, 23) and the sensor device comprises a common housing for two sensor units (13, 23), two different filter devices (43, 53) being associated with said two sensor units, the sensor units (13, 23) being designed as thermopiles and being designed and configured, by means of suitable filter devices (43, 53), such that the heat radiation from only the glass-ceramic plate and then the heat radiation from the cooking vessel base are measured, i.e. mixed radiation from the cooking vessel base and the glass-ceramic plate is measured.
A device for contact-cleaning a surface of a material web, the surface moving in a treatment installation, in particular a printing plant, the device comprising a first cleaning unit formed as a roller and a second cleaning unit formed as a roller, characterized in that the device comprises a guiding means or fixing means provided for engagement in a receiving means, the receiving means being secured in spatial proximity to an axle unit of a rolling or sliding facility of a treatment or guiding station (3a, 3b, 5a, 5b, 50) of the treatment installation.
A method of forming a frame of a seat back for a vehicle, the frame including a first polymeric material and a reinforcing composite layer that includes a second polymeric material and a plurality of fibers impregnated in the second polymeric material, said method comprising the steps of: supporting the reinforcing composite layer on moveable members in a mold; extending the moveable members relative to the mold to an extended position in the mold; introducing the first polymeric material in a molten state into the mold and into contact with the reinforcing composite layer; displacing the reinforcing composite layer away from the moveable members by introducing the first polymeric material in the molten state between the moveable members and the reinforcing composite layer while the moveable members are in the extended position; interposing the reinforcing composite layer between the first polymeric material in the molten state so that the first polymeric material contacts two sides of the reinforcing composite layer; causing the first polymeric material to solidify in the mold; and retracting the moveable members from the first polymeric material. supporting the reinforcing composite layer on moveable members in a mold; extending the moveable members relative to the mold to an extended position in the mold; introducing the first polymeric material in a molten state into the mold and into contact with the reinforcing composite layer; displacing the reinforcing composite layer away from the moveable members by introducing the first polymeric material in the molten state between the moveable members and the reinforcing composite layer while the moveable members are in the extended position; interposing the reinforcing composite layer between the first polymeric material in the molten state so that the first polymeric material contacts two sides of the reinforcing composite layer; causing the first polymeric material to solidify in the mold; and retracting the moveable members from the first polymeric material.
An electrical machine comprising: a rotor; and a stator comprising a plurality of stator tooth modules and configured for radial magnetic flux flow, said stator tooth modules comprising at least one end plate, wherein at least one of said at least one end plate has a central plate for mounting to a lamination stack and extensions for mounting onto a stator frame; wherein said stator is concentrically disposed in relation to said rotor of said electrical machine, and each of said stator tooth modules are secured to the stator frame by respective extensions and fastening means, wherein each extension comprises a first extension part extending perpendicularly away from said central plate and away from said lamination stack, a second extension part extending from an end of the first extension part in a direction parallel offset to said central plate of said at least one end plate, and at least one hole in said second extension part for fastening the stator tooth module to the stator frame. a rotor; and a stator comprising a plurality of stator tooth modules and configured for radial magnetic flux flow, said stator tooth modules comprising at least one end plate, wherein at least one of said at least one end plate has a central plate for mounting to a lamination stack and extensions for mounting onto a stator frame; wherein said stator is concentrically disposed in relation to said rotor of said electrical machine, and each of said stator tooth modules are secured to the stator frame by respective extensions and fastening means, wherein each extension comprises a first extension part extending perpendicularly away from said central plate and away from said lamination stack, a second extension part extending from an end of the first extension part in a direction parallel offset to said central plate of said at least one end plate, and at least one hole in said second extension part for fastening the stator tooth module to the stator frame. a first extension part extending perpendicularly away from said central plate and away from said lamination stack, a second extension part extending from an end of the first extension part in a direction parallel offset to said central plate of said at least one end plate, and at least one hole in said second extension part for fastening the stator tooth module to the stator frame.
An antibody that specifically binds an epidermal growth factor receptor (EGFR) molecule comprising a deletion at position E746-A750, wherein the antibody comprises; - heavy chain CDR1, CDR2, and CDR3 comprising SEQ ID NOs: 9, 10, and 11 respectively, or heavy chain CDR1, CDR2, and CDR3 comprising polypeptides at least 90% identical to SEQ ID NOs: 9, 10 and 11 respectively, and - light chain CDR1, CDR2, and CDR3 comprising SEQ ID NOs: 16, 17, and 18, respectively or light chain CDR1, CDR2, and CDR3 comprising polypeptides at least 90% identical to SEQ ID NOs: 16, 17 and 18 respectively. - heavy chain CDR1, CDR2, and CDR3 comprising SEQ ID NOs: 9, 10, and 11 respectively, or heavy chain CDR1, CDR2, and CDR3 comprising polypeptides at least 90% identical to SEQ ID NOs: 9, 10 and 11 respectively, and - light chain CDR1, CDR2, and CDR3 comprising SEQ ID NOs: 16, 17, and 18, respectively or light chain CDR1, CDR2, and CDR3 comprising polypeptides at least 90% identical to SEQ ID NOs: 16, 17 and 18 respectively.
A printing system for printing a plurality of images in a first web and in a second web, the printing system comprising: a) a print head; b) feed means for feeding both the first web and the second web simultaneously to the print head in a feed direction relative said print head; c) a user interface configured to set a printing arrangement of the plurality of images in the first web and the second web and to input the print head and the feed means for performing printing according to the printing arrangement; wherein the printing system further comprises a print-pause module for stopping printing of the printing arrangement, the print-pause module being configured to: - provide a print-pause arrangement (361, 461) displayed in a display screen of the user interface which comprises a proposed print-pause (362, 462) displayed in the printing arrangement upstream the feed direction with respect to both the print head and a first image whose printing is being performed in the first web when the print-pause module is selected; and - cooperate with the user interface to input the print head and the feed means according to the print-pause arrangement (361, 461) to stop printing once printing of said first image is complete when the print-pause module is selected. a) a print head; b) feed means for feeding both the first web and the second web simultaneously to the print head in a feed direction relative said print head; c) a user interface configured to set a printing arrangement of the plurality of images in the first web and the second web and to input the print head and the feed means for performing printing according to the printing arrangement; - provide a print-pause arrangement (361, 461) displayed in a display screen of the user interface which comprises a proposed print-pause (362, 462) displayed in the printing arrangement upstream the feed direction with respect to both the print head and a first image whose printing is being performed in the first web when the print-pause module is selected; and - cooperate with the user interface to input the print head and the feed means according to the print-pause arrangement (361, 461) to stop printing once printing of said first image is complete when the print-pause module is selected.
A control device for a parking brake device of a trailer vehicle of a utility vehicle having at least one pneumatic supply connection, having at least one control connection, in particular for controlling at least one spring-loaded brake cylinder, having at least one directly manually actuable parking valve, having at least one first connecting line and having at least one control valve for controlling the parking valve, wherein the parking valve is arranged in the first connecting line, and wherein the supply connection and the control connection can be connected by the parking valve via the first connecting line, wherein at least one control line is branched off from the first connecting line and is connected to at least one first pneumatic control inlet of the control valve, wherein the control valve has at least one second pneumatic control inlet, and wherein in the event of an unexpected reduction in operating pressure in the first connecting line and/or in the control line the control valve can be controlled by means of its second control inlet in such a way that at least one switched state of the parking valve can be activated pneumatically by means of the control valve independently of at least one operating state of the supply connection, as a result of which in particular the control connection is vented by means of the parking valve.
A detection system, the system comprising: a metallic structure material comprising a multiplicity of metallic structures of mixed metals on a substrate, wherein the metallic structures comprise metallic particles of a first metal and a metallic film of a second metal that coats the particles of the first metal and the substrate, wherein the mixed-metals comprise a combination of two metals selected from the group consisting of Silver, Gold, Aluminium, Zinc, Rhodium, Copper, Nickel, Palladium, Indium, Tin, Iron, Tungsten, Platinum and Germanium; at least one excitable molecule that is positioned near the metallic structure material in a range from 5 nm to 30 nm, wherein the excitable molecule is selected from the group of an intrinsic fluorophore, extrinsic fluorophore, fluorescent dye, a luminophore, a chemiluminescent species and a bioluminescent species; a source of electromagnetic energy for providing excitation energy to excite the excitable molecule; and a detector for detecting emissions from the excited molecule and/or the metallic structures. a metallic structure material comprising a multiplicity of metallic structures of mixed metals on a substrate, wherein the metallic structures comprise metallic particles of a first metal and a metallic film of a second metal that coats the particles of the first metal and the substrate, wherein the mixed-metals comprise a combination of two metals selected from the group consisting of Silver, Gold, Aluminium, Zinc, Rhodium, Copper, Nickel, Palladium, Indium, Tin, Iron, Tungsten, Platinum and Germanium; at least one excitable molecule that is positioned near the metallic structure material in a range from 5 nm to 30 nm, wherein the excitable molecule is selected from the group of an intrinsic fluorophore, extrinsic fluorophore, fluorescent dye, a luminophore, a chemiluminescent species and a bioluminescent species; a source of electromagnetic energy for providing excitation energy to excite the excitable molecule; and a detector for detecting emissions from the excited molecule and/or the metallic structures.
A facility lighting control device comprising a switch module capable of being arrangeable at a door and connectable to a light power network for controlling the lighting as a function of the switch operation, an interface for a door sensor for detecting a state of the door and configured to distinguish between different operation modes and control the lighting as a function of the state of the door, characterised by a memory in which reactions of the lighting control device to different switch operation modes are stored for a plurality of distinguishable door states detected by the at least one sensor wherein for at least one detected switch operation mode, the lighting control reaction for a first state of the door is different from that for the second state of the door. a switch module capable of being arrangeable at a door and connectable to a light power network for controlling the lighting as a function of the switch operation, an interface for a door sensor for detecting a state of the door and configured to distinguish between different operation modes and control the lighting as a function of the state of the door, characterised by a memory in which reactions of the lighting control device to different switch operation modes are stored for a plurality of distinguishable door states detected by the at least one sensor reactions of the lighting control device to different switch operation modes are stored for a plurality of distinguishable door states detected by the at least one sensor wherein for at least one detected switch operation mode, the lighting control reaction for a first state of the door is different from that for the second state of the door.
Suspensions of crystalline tiotropium bromide monohydrate in the propellant gases HFA 227 and/or HFA 134a, optionally mixed with one or more further propellant gases selected from the group consisting of propane, butane, pentane, dimethyl ether, CHClF 2, CH 2 F 2, CF 3 CH 3, isobutane, isopentane and neopentane.
A method of obtaining availability status in respect of a plurality of user identifiers, wherein at least one user identifier is associated with multiple SIP cluster identifiers, the method comprising: for each user identifier associated with multiple SIP cluster identifiers, obtaining from a user cluster information repository a SIP cluster identifier indicating the cluster to which a device associated with the user identifier was last connected; for each user identifier associated with only one SIP cluster identifier, obtaining from the user cluster information repository the respective SIP cluster identifier associated with the user identifier; grouping the user identifiers into a plurality of groups of user identifiers according to the obtained SIP cluster identifiers, each group of user identifiers containing at least one user identifier for which the same SIP cluster identifier was obtained; for each SIP cluster identifier for which there is a group of user identifiers: sending a request for availability status information in a single message to a SIP cluster associated with the SIP cluster identifier, the request containing the user identifiers of the group of user identifiers; receiving a response in a single message containing availability status information for the user identifiers belonging to the group of user identifiers, wherein each user identifier is an address of record. for each user identifier associated with multiple SIP cluster identifiers, obtaining from a user cluster information repository a SIP cluster identifier indicating the cluster to which a device associated with the user identifier was last connected; for each user identifier associated with only one SIP cluster identifier, obtaining from the user cluster information repository the respective SIP cluster identifier associated with the user identifier; grouping the user identifiers into a plurality of groups of user identifiers according to the obtained SIP cluster identifiers, each group of user identifiers containing at least one user identifier for which the same SIP cluster identifier was obtained; for each SIP cluster identifier for which there is a group of user identifiers: sending a request for availability status information in a single message to a SIP cluster associated with the SIP cluster identifier, the request containing the user identifiers of the group of user identifiers; receiving a response in a single message containing availability status information for the user identifiers belonging to the group of user identifiers, wherein each user identifier is an address of record.
Profil connection lath element to be used in building components at the transistion to a plaster layer, comprising a base element for fastening a plastering strip on said building component, said plastering strip being adapted to be positively connected with said base element made up of a supporting ledge having a U-shaped section, characterized in that both flanges (18, 18') of said U-shaped supporting ledge are encompassing a groove into which a projection of said plastering strip is snapped, wherein a guiding flange parallel to said projection extends from said plastering strip and forms, together with said flange, a rectangular cross section space to be engaged by the outer one of said U-flanges, whereas the opposed inner flange presents, on its free end pointing away from the groove bottom, an enlarged portion adapted to snap behind a swelling portion of said projection when the plastering strip is in its locked position.
A process for the preparation of 2-amino-5-fluorobenzene-1,3-diol III, comprising: (a) reacting 1,3,5-trifluoro-2-nitrobenzene VIII, phenylmethanol, and a basic reagent selected from lithium bis(trimethylsilylamide), lithium diisopropylamide, and an alkoxide reagent, to form (((5-fluoro-2-nitro-1,3-phenylene)bis(oxy))bis(methylene))dibenzene IX and (b) reacting IX with hydrogen gas and a heterogeneous metal catalyst to form III. (a) reacting 1,3,5-trifluoro-2-nitrobenzene VIII, phenylmethanol, and a basic reagent selected from lithium bis(trimethylsilylamide), lithium diisopropylamide, and an alkoxide reagent, to form (((5-fluoro-2-nitro-1,3-phenylene)bis(oxy))bis(methylene))dibenzene IX and (b) reacting IX with hydrogen gas and a heterogeneous metal catalyst to form III.