mhurhangee/ep-ind-claims huggingface dataset:
A burner unit, especially for the combustion of exhaust air, comprising a) a combustion chamber in which flue gases are produced; b) a gas burner to which, via a combustion gas line, combustion gas can be supplied and, via a feed air line, feed air, in particular exhaust air serving as feed air, can be supplied; c) a device by means of which the feed air is divided into primary air and secondary air; d) a mixing zone, in which the primary air is mixed with the combustion gas to form a primary air / combustion gas mixture, wherein the primary air / combustion gas mixture is supplied to the combustion chamber; e) a flue gas recirculation system, which comprises a through-flow chamber, which is connected to the combustion chamber, and in which the secondary air is mixed with the flue gases occurring in the combustion chamber to form a secondary air / flue gas mixture; f) a device, by means of which the secondary air / flue-gas mixture is supplied to the primary air / combustion gas mixture in the combustion chamber; characterized in that g) the internal cylindrical surfaces of the through-flow chamber form a Coanda profile (103a, 103b) in the direction of flow; h) the through-flow chamber is formed as an annular space, which surrounds a core area of the mixing zone of the combustion chamber, wherein the primary air is mixed with the combustion gas in the core area; i) the annular space forms a Venturi ring nozzle, wherein the device, by means of which the secondary air / flue-gas mixture is supplied to the primary air / combustion gas mixture in the combustion chamber, comprises said Venturi ring nozzle. a) a combustion chamber in which flue gases are produced; b) a gas burner to which, via a combustion gas line, combustion gas can be supplied and, via a feed air line, feed air, in particular exhaust air serving as feed air, can be supplied; c) a device by means of which the feed air is divided into primary air and secondary air; d) a mixing zone, in which the primary air is mixed with the combustion gas to form a primary air / combustion gas mixture, wherein the primary air / combustion gas mixture is supplied to the combustion chamber; e) a flue gas recirculation system, which comprises a through-flow chamber, which is connected to the combustion chamber, and in which the secondary air is mixed with the flue gases occurring in the combustion chamber to form a secondary air / flue gas mixture; f) a device, by means of which the secondary air / flue-gas mixture is supplied to the primary air / combustion gas mixture in the combustion chamber; characterized in that g) the internal cylindrical surfaces of the through-flow chamber form a Coanda profile (103a, 103b) in the direction of flow; h) the through-flow chamber is formed as an annular space, which surrounds a core area of the mixing zone of the combustion chamber, wherein the primary air is mixed with the combustion gas in the core area; i) the annular space forms a Venturi ring nozzle, wherein the device, by means of which the secondary air / flue-gas mixture is supplied to the primary air / combustion gas mixture in the combustion chamber, comprises said Venturi ring nozzle.
A system for providing emergency services communications onboard an aircraft, comprising: aircraft network means, located in said aircraft, for interconnecting communications between a communication device of an occupant of said aircraft and a Public Safety Access Point located on the ground; ground-based Access Network means for routing said communications to the Public Safety Access Point; air-to-ground network means for carrying said communications between said aircraft network means and said ground-based Access Network means; and emergency services communication means, responsive to an origination of an emergency services call from said communication device of said occupant of said aircraft, for automatically interconnecting said communication device of said occupant of said aircraft with both of: (i) a communication device of at least one aircraft crew member located in said aircraft via said aircraft network means, and (ii) said Public Safety Access Point via said air-to-ground network means and said ground-based Access Network means, wherein said emergency services call is originated by dialing an Emergency Services access code; and wherein said emergency services communication means comprises conference means for linking said communication device of said occupant, said communication device of said at least one aircraft crew member, and said Public Safety Access Point in a multi-party conference. aircraft network means, located in said aircraft, for interconnecting communications between a communication device of an occupant of said aircraft and a Public Safety Access Point located on the ground; ground-based Access Network means for routing said communications to the Public Safety Access Point; air-to-ground network means for carrying said communications between said aircraft network means and said ground-based Access Network means; and emergency services communication means, responsive to an origination of an emergency services call from said communication device of said occupant of said aircraft, for automatically interconnecting said communication device of said occupant of said aircraft with both of: (i) a communication device of at least one aircraft crew member located in said aircraft via said aircraft network means, and (ii) said Public Safety Access Point via said air-to-ground network means and said ground-based Access Network means, wherein said emergency services call is originated by dialing an Emergency Services access code; and (i) a communication device of at least one aircraft crew member located in said aircraft via said aircraft network means, and (ii) said Public Safety Access Point via said air-to-ground network means and said ground-based Access Network means, wherein said emergency services call is originated by dialing an Emergency Services access code; and wherein said emergency services communication means comprises conference means for linking said communication device of said occupant, said communication device of said at least one aircraft crew member, and said Public Safety Access Point in a multi-party conference.
Drawer-adjusting device for adjusting a drawer front relative to a drawer side part, wherein the drawer-adjusting device has a housing, a spring member, an adjusting element, a front connector and a locking arrangement, wherein the front connector is designed for arrangement of the drawer front on the drawer side wall, wherein the housing is designed for arrangement on the drawer side wall, wherein the front connector is adjusted relative to the housing of the drawer-adjusting device by the adjusting element, wherein the locking arrangement has a catch element and a locking member, wherein the catch element can be moved relative to the housing, wherein the adjusting element is mounted rotatably on the housing, wherein the locking member is formed on the housing, wherein the spring member is present on the drawer-adjusting device such that the catch element can be displaced, counter to a spring force of the spring member, from a first position on the housing into a second position on the housing, wherein, in the first position, the catch element is coupled to the locking member and the adjusting element in such a manner that rotary movement of the adjusting element is blocked, wherein, in the second position, the catch element is present in a state in which it has been decoupled from the locking member, and therefore the adjusting element can be rotated.
An abnormality determination apparatus for a particulate filter disposed in an exhaust gas passage of an internal combustion engine, comprising: a catalytic device disposed in said exhaust gas passage and at a position upstream of said particulate filter; an unburnt components supply section which supplies unburnt components for raising a temperature of said catalytic device to said catalytic device; and a differential pressure acquisition section which acquires a differential pressure of said particulate filter; characterized by an abnormality determination section, comprising means for raising said temperature of said catalytic device by supplying said unburnt components to said catalytic device from said unburnt components supply section when it is determined that a specific condition is satisfied, said specific condition indicating that a determination parameter to be used in executing an abnormality determination of said particulate filter should be acquired; acquiring said differential pressure using said differential pressure section in a temperature raised state where said temperature of said catalytic device is raised, and determining whether an abnormality occurs in said particulate filter based on a comparison result between a differential pressure correlation value serving as said determination parameter and a predetermined threshold value, said differential pressure correlation value being correlated with said acquired differential pressure. a catalytic device disposed in said exhaust gas passage and at a position upstream of said particulate filter; an unburnt components supply section which supplies unburnt components for raising a temperature of said catalytic device to said catalytic device; and a differential pressure acquisition section which acquires a differential pressure of said particulate filter; characterized by an abnormality determination section, comprising means for raising said temperature of said catalytic device by supplying said unburnt components to said catalytic device from said unburnt components supply section when it is determined that a specific condition is satisfied, said specific condition indicating that a determination parameter to be used in executing an abnormality determination of said particulate filter should be acquired; acquiring said differential pressure using said differential pressure section in a temperature raised state where said temperature of said catalytic device is raised, and determining whether an abnormality occurs in said particulate filter based on a comparison result between a differential pressure correlation value serving as said determination parameter and a predetermined threshold value, said differential pressure correlation value being correlated with said acquired differential pressure.
A system for the presence recognition of a second portable data carrier by a first portable data carrier, which respectively comprise a contactless interface with an antenna and an electronic circuit for storing and/or processing data, the system further comprising an RFID reading device, around the antenna of which there is formed, in operation, a field within which the reading device supplies present contactless data carriers (105a, 105b) via their respective antennas with energy and/or via which a communication connection can be set up, wherein in the first and the second data carrier (105a, 105b) there is respectively provided a further communication means, wherein via the additional communication means an additional, direct communication channel, independent of the field of the reading device, can be made available between the first and the second data carrier (105a, 105b), in order to be able to check the immediate presence of the second data carrier in the field of the reading device by the first data carrier, characterized in that the further communication means of the first and second data carrier is configured for sending and receiving electromagnetic signals on a frequency which is different from the frequency of the reading device, or that the further communication means of the first and second data carrier comprises an optical transceiver which is configured in particular to send and receive in the infrared range.
A combustion-powered driving tool for propelling fasteners into a workpiece, comprising: a housing; a power source located in said housing; a nosepiece connected to a lower end of said power source; a magazine associated with said housing and constructed and arranged for storing and sequentially feeding a plurality of fasteners to said nosepiece; and a workpiece contact element associated with said nosepiece, the workpiece contact element including a nose section having a rear wall located between the magazine and the nosepiece, wherein said nose section is constructed and arranged for surrounding said nosepiece; the work piece contact element comprising at least one tooth extending from said workpiece contact element, characterized in that said at least one tooth is arranged on the rear wall, and is constructed and arranged for gripping the workpiece to enable the tool to actuate when said magazine is arranged generally parallel to the workpiece. a housing; a power source located in said housing; a nosepiece connected to a lower end of said power source; a magazine associated with said housing and constructed and arranged for storing and sequentially feeding a plurality of fasteners to said nosepiece; and a workpiece contact element associated with said nosepiece, the workpiece contact element including a nose section having a rear wall located between the magazine and the nosepiece, wherein said nose section is constructed and arranged for surrounding said nosepiece; the work piece contact element comprising at least one tooth extending from said workpiece contact element, characterized in that said at least one tooth is arranged on the rear wall, and is constructed and arranged for gripping the workpiece to enable the tool to actuate when said magazine is arranged generally parallel to the workpiece.
Aerator comprising an aeration element for introducing a gas into a liquid, wherein the aeration element has a main body having at least one upwardly-projecting side wall, and comprising a mounting device for mounting the aeration element, in particular in a clarifying basin, wherein the mounting device has a mounting element for connecting to the side wall of the main body of the aeration element, wherein the mounting element has at least one elastically deflectable retaining projection for detachably connecting to the at least one side wall of the main body of the aeration element, wherein the retaining projection is connected at the free end thereof to a grip element for deflecting the retaining projection, and wherein the upwardly-projecting side wall extends in the longitudinal direction of the aeration element and is substantially vertical in the operating position.
A print pen capping apparatus for a printer, comprising: a cap station (120; 350) carrying one or more caps, wherein the cap station (120; 350) is moveable between a retracted position and a capping position in which the cap station extends a first distance in a direction transverse to a print media path, the capping position for capping the print pen, the capping to seal the print pen, wherein in the retracted position the cap station (120; 350) is to a side of the print media path in the direction transverse to the print media path, arranged such that an extent of the cap station in the direction transverse to the print media path is less than the first distance, and in the retracted position, the cap station (120; 350) is folded at the side of the print media path. a cap station (120; 350) carrying one or more caps, wherein the cap station (120; 350) is moveable between a retracted position and a capping position in which the cap station extends a first distance in a direction transverse to a print media path, the capping position for capping the print pen, the capping to seal the print pen, wherein in the retracted position the cap station (120; 350) is to a side of the print media path in the direction transverse to the print media path, arranged such that an extent of the cap station in the direction transverse to the print media path is less than the first distance, and in the retracted position, the cap station (120; 350) is folded at the side of the print media path.
A flying object including an image capturing apparatus, the flying object comprising: a light emitting apparatus that includes a light source and is configured to cause the light source to emit light to indicate a status of the flying object, a light emission control means configured to control an amount of light emission of the light source included in the light emitting apparatus according to an exposure setting of the image capturing apparatus, characterized in that the light emission control means is configured to control the amount of light emission of the light source included in the light emitting apparatus such that the amount of light emission of the light source included in the light emitting apparatus is smaller in a case where the exposure setting corresponds to a second exposure amount larger than a first exposure amount than in a case where the exposure setting corresponds to the first exposure amount. a light emitting apparatus that includes a light source and is configured to cause the light source to emit light to indicate a status of the flying object, a light emission control means configured to control an amount of light emission of the light source included in the light emitting apparatus according to an exposure setting of the image capturing apparatus, characterized in that the light emission control means is configured to control the amount of light emission of the light source included in the light emitting apparatus such that the amount of light emission of the light source included in the light emitting apparatus is smaller in a case where the exposure setting corresponds to a second exposure amount larger than a first exposure amount than in a case where the exposure setting corresponds to the first exposure amount.
A device (1;11;21;31) for drying of a biological sample applied on a sample storage substrate (3;13;23;33), comprising at least one sample storage substrate holder (4;14;24;34) characterized in that the device further comprises at least one chemical heat pad (5;15;25;35), wherein the chemical heat pad (5;15;25;35) is placed in a chemical heat pad holder which is hinged and moveable towards said sample storage substrate for positioning of the chemical heat pad, and further comprising an activating means, arranged to act upon a slit metal disk or spring in said chemical heat pad upon positioning of the chemical heat pad (5;15;25;35), thereby activating said chemical heat pad (5;15;25;35).
An air conditioning system which includes a refrigerant circuit configured by connecting an outdoor unit having a compressor and an outdoor heat exchanger to an indoor unit (4, 4a, 4b) having an indoor heat exchanger (42, 42a, 42b) via a liquid refrigerant communication pipe and a gas refrigerant communication pipe and which is provided with a liquid side shut-off valve (7, 7a, 7b) configured to be closed when leakage of refrigerant is detected being provided on a liquid refrigerant pipe including the liquid refrigerant communication pipe and extending from a liquid side end of the outdoor unit to a liquid side end of the indoor heat exchanger and a gas side shut-off valve (8, 8a, 8b) configured to be closed when leakage of refrigerant is detected being provided on a gas refrigerant pipe including the gas refrigerant communication pipe and extending from a gas side end of the outdoor unit to a gas side end of the indoor heat exchanger, wherein a system control part is configured to control constituent devices including the liquid side shut-off valve and the gas side shut-off valve and is configured to perform a shut-off valve inspection process for checking operation of the liquid side shut-off valve and the gas side shut-off valve, characterized in that, in the shut-off valve inspection process, the system control part is configured to operate the compressor in the state in which the outdoor heat exchanger functions as a radiator for the refrigerant, is configured to perform opening and closing operation of the liquid side shut-off valve and the gas side shut-off valve, and is configured to determine whether the liquid side shut-off valve and the gas side shut-off valve properly operate on the basis of a temperature value detected by a temperature sensor provided in the indoor unit. wherein a system control part is configured to control constituent devices including the liquid side shut-off valve and the gas side shut-off valve and is configured to perform a shut-off valve inspection process for checking operation of the liquid side shut-off valve and the gas side shut-off valve, characterized in that, in the shut-off valve inspection process, the system control part is configured to operate the compressor in the state in which the outdoor heat exchanger functions as a radiator for the refrigerant, is configured to perform opening and closing operation of the liquid side shut-off valve and the gas side shut-off valve, and is configured to determine whether the liquid side shut-off valve and the gas side shut-off valve properly operate on the basis of a temperature value detected by a temperature sensor provided in the indoor unit.
A humanized antibody that specifically binds human CD40 for use in treating or preventing lupus nephritis, wherein said antibody comprises a heavy chain variable region of SEQ ID NO: 53 and a light chain variable region of SEQ ID NO: 52.
An oxytocin release stimulation device (10, 10', 10") configured to be arranged at or close to skin of a user and which comprises: - a lighting unit (14, 14', 14") for emitting light with a wavelength between 430 nm and 470 nm with a radiant exposure between 0.1 J/cm 2 and 100 J/cm 2, with a wavelength between 490 nm and 520 nm with a radiant exposure between 0.1 J/cm 2 and 100 J/cm 2, with a wavelength between 630 nm and 670 nm with a radiant exposure between 0.1 J/cm 2 and 300 J/cm 2, with a wavelength between 830 nm and 870 nm with a radiant exposure between 0.1 J/cm 2 and 300 J/cm 2, or with a combination thereof, and - a control unit (16, 16", 16"') configured for controlling the lighting unit (14, 14', 14") such that the light is provided to the skin of the user for a duration that ensures stimulation of a release of oxytocin. - a lighting unit (14, 14', 14") for emitting light with a wavelength between 430 nm and 470 nm with a radiant exposure between 0.1 J/cm 2 and 100 J/cm 2, with a wavelength between 490 nm and 520 nm with a radiant exposure between 0.1 J/cm 2 and 100 J/cm 2, with a wavelength between 630 nm and 670 nm with a radiant exposure between 0.1 J/cm 2 and 300 J/cm 2, with a wavelength between 830 nm and 870 nm with a radiant exposure between 0.1 J/cm 2 and 300 J/cm 2, or with a combination thereof, and - a control unit (16, 16", 16"') configured for controlling the lighting unit (14, 14', 14") such that the light is provided to the skin of the user for a duration that ensures stimulation of a release of oxytocin.
A sniffer probe of a gas analyzer, wherein the sniffer probe is configured to draw in gas and is adapted to be connected to the gas analyzer, and wherein the sniffer probe comprises a sniffer tip having an intake opening, such that gas is drawn in through the intake opening along a perpendicular bisector of the intake opening, wherein the sniffer tip comprises at least one elongated gas-conductive element arranged inclined in an angle range of up to 20 degrees opposite the perpendicular bisector and protruding distally beyond the intake opening, characterized in that a plurality of elongated elements is arranged annularly around the intake opening to allow for a barrier for transversal flows.