mhurhangee/ep-ind-claims huggingface dataset:
An intubation device (10, 50, 70, 100, 130, 400, 700) comprising: a laryngeal mask airway LMA component (12, 54, 74,104,134, 704) comprising a mask portion (24, 78) having an internal opening, and an elongated tube (22, 76) mounted to the mask portion, the elongated tube (22, 76) having an internal passageway in fluid communication with the internal opening of the mask portion (24, 78), wherein the LMA component further comprises a passage; a movable endotracheal tube ETT component (14, 60, 80, 141, 702) comprising an elongated tube positioned and movable within the elongated tube (22, 76) of the laryngeal mask airway component (12, 54, 74, 104, 134); and a manipulation rod (28, 62, 82, 110, 410, 714) operatively mounted for translation through the passage (122, 722, 724) in the LMA component, the manipulation rod (28, 62, 82, 110, 410, 714) extending longitudinally substantially parallel to a longitudinal axis of the LMA component, the manipulation rod having a first end operatively mounted to the ETT component and a second end, opposite the first end, positioned outside the LMA component to allow an operator to manipulate the second end of the manipulation rod to translate the ETT component (14, 60, 80, 141) within and along the LMA component (12, 54, 74, 104, 134). a laryngeal mask airway LMA component (12, 54, 74,104,134, 704) comprising a mask portion (24, 78) having an internal opening, and an elongated tube (22, 76) mounted to the mask portion, the elongated tube (22, 76) having an internal passageway in fluid communication with the internal opening of the mask portion (24, 78), wherein the LMA component further comprises a passage; a movable endotracheal tube ETT component (14, 60, 80, 141, 702) comprising an elongated tube positioned and movable within the elongated tube (22, 76) of the laryngeal mask airway component (12, 54, 74, 104, 134); and a manipulation rod (28, 62, 82, 110, 410, 714) operatively mounted for translation through the passage (122, 722, 724) in the LMA component, the manipulation rod (28, 62, 82, 110, 410, 714) extending longitudinally substantially parallel to a longitudinal axis of the LMA component, the manipulation rod having a first end operatively mounted to the ETT component and a second end, opposite the first end, positioned outside the LMA component to allow an operator to manipulate the second end of the manipulation rod to translate the ETT component (14, 60, 80, 141) within and along the LMA component (12, 54, 74, 104, 134).
A compound having Formula I: or a pharmaceutically acceptable salt or solvate thereof, wherein: R 1a and R 1b are independently selected from the group consisting of hydrogen, C 1-6 alkyl, and C 3-8 cycloalkyl; R 2a and R 2b are independently selected from the group consisting of hydrogen, C 1-6 alkyl, and C 3-8 cycloalkyl; R 3 is selected from the group consisting of C 3-6 cycloalkyl, and C 4-8 heterocyclo, R 4 is selected from the group consisting of C 1-4 alkyl, and C 3-6 cycloalkyl; R 5 is halo; R 6 is selected from the group consisting of C 1-4 alkyl, and C 3-6 cycloalkyl; and R 7 is selected from the group consisting of hydrogen, C 1-4 alkyl, and C 3-6 cycloalkyl. R 1a and R 1b are independently selected from the group consisting of hydrogen, C 1-6 alkyl, and C 3-8 cycloalkyl; R 2a and R 2b are independently selected from the group consisting of hydrogen, C 1-6 alkyl, and C 3-8 cycloalkyl; R 3 is selected from the group consisting of C 3-6 cycloalkyl, and C 4-8 heterocyclo, R 4 is selected from the group consisting of C 1-4 alkyl, and C 3-6 cycloalkyl; R 5 is halo; R 6 is selected from the group consisting of C 1-4 alkyl, and C 3-6 cycloalkyl; and R 7 is selected from the group consisting of hydrogen, C 1-4 alkyl, and C 3-6 cycloalkyl.
Method for controlling a motor vehicle headlamp, the motor vehicle headlamp at least comprising a laser diode and a light conversion element associated with the laser diode, wherein regions of the light conversion element corresponding to different regions of the light image can be illuminated periodically and with different intensity by a light beam from the laser diode, wherein the illumination intensity in the regions of the light conversion element corresponding to the different regions of the light image is simultaneously adjusted both by the relative illumination duration of the different regions and by different light intensities of the laser diode in the regions of the light conversion element corresponding to the different regions of the light image, and the relative illumination duration is achieved by pivoting the light beam at different speeds in the regions of the light conversion element corresponding to the different regions of the light image, characterized in that in areas in which the light beam is moved at an angular velocity below a defined value for the angular velocity, only one switching-off and one switching-on of the laser diode takes place and different light intensities of the laser diode are set above a defined value for the angular velocity.
Hydraulic brake comprising a transmitter and a receiver, both connected to a hydraulic line, the hydraulic line being filled with a hydraulic fluid, characterized in that the clear cross-section of the hydraulic line is reduced in at least one longitudinal section (951, 952).
A first device which shares content information with an external device, the first device comprising: a wireless transceiver for receiving, from the external device, information which relates to at least one content that is being reproduced by the external device using a first service; a controller configured to: select a second service for which a service account is stored in the first device, from among a plurality of services for reproducing the at least one content; transmit a request, to a server for an object which relates to using the selected second service, which selected second service relates to the at least one content, the second service being suitable for use by the first device; receive the object from the server, wherein the second service is different to the first service; execute the second service provided by a service provider by using the object, and reproduce the a least one content through the second service; and an output component for outputting the received object, wherein the transmitting the request by the controller to the server the object which relates to using the selected second service comprises transmitting the information which relates to the at least one content to the server, wherein the received object is generated by the server in response to transmitting the request. a wireless transceiver for receiving, from the external device, information which relates to at least one content that is being reproduced by the external device using a first service; a controller configured to: select a second service for which a service account is stored in the first device, from among a plurality of services for reproducing the at least one content; transmit a request, to a server for an object which relates to using the selected second service, which selected second service relates to the at least one content, the second service being suitable for use by the first device; receive the object from the server, wherein the second service is different to the first service; execute the second service provided by a service provider by using the object, and reproduce the a least one content through the second service; and an output component for outputting the received object, wherein the transmitting the request by the controller to the server the object which relates to using the selected second service comprises transmitting the information which relates to the at least one content to the server, wherein the received object is generated by the server in response to transmitting the request.
A method for predicting a response of a malignant disease to an immunotherapy configured to inhibit a PD-1 immune checkpoint signalling pathway, wherein a DNA methylation analysis of at least part of an immunoregulatory gene selected from CTLA4, CD86, CD28, CD80 and/or ICOS is carried out on cells of the malignant disease and/or on immune cells interacting with cells of the malignant disease, and the response of the malignant disease to the immunotherapy is predicted on the basis of the presence, absence and/or level of DNA methylation of the immunoregulatory gene, wherein the immunotherapy comprises a pharmaceutical compound that inhibits the PD-1 immune checkpoint signalling pathway by binding of the pharmaceutical compound to PD-1, PD-L1 and/or PD-L2, wherein the pharmaceutical compound comprises an anti-PD-1 antibody, an anti-PD-L1 antibody and/or an anti-PD-L2 antibody. wherein a DNA methylation analysis of at least part of an immunoregulatory gene selected from CTLA4, CD86, CD28, CD80 and/or ICOS is carried out on cells of the malignant disease and/or on immune cells interacting with cells of the malignant disease, and the response of the malignant disease to the immunotherapy is predicted on the basis of the presence, absence and/or level of DNA methylation of the immunoregulatory gene, wherein the immunotherapy comprises a pharmaceutical compound that inhibits the PD-1 immune checkpoint signalling pathway by binding of the pharmaceutical compound to PD-1, PD-L1 and/or PD-L2, wherein the pharmaceutical compound comprises an anti-PD-1 antibody, an anti-PD-L1 antibody and/or an anti-PD-L2 antibody.
An internal combustion engine system comprising an internal combustion engine comprising - at least one combustor, and - a first expander arranged to receive exhaust gases from at least one of the at least one combustor, and to expand and extract energy from the exhaust gases, - wherein the engine comprises a crankshaft, and the combustor comprises a piston arranged to reciprocate in a cylinder, and to drive the crankshaft, - wherein the first expander is a piston expander arranged to drive the crankshaft with the extracted energy, - wherein the engine comprises a second expander arranged to receive exhaust gases from the first expander, and to expand and extract energy from the exhaust gases, - and in that the first expander comprises an expander inlet valve and/or an expander exhaust valve, the engine further comprising an expander variable valve timing mechanism arranged to actuate the expander inlet valve and/or an expander variable valve timing mechanism arranged to actuate the expander exhaust valve, - characterized in that the first expander comprises a hydrolysing reactor, wherein the internal combustion engine system further comprises a reductant injector configured to inject reductant into the first expander, and wherein the system comprises a selective catalytic reduction catalyst arranged to receive exhaust gases from the first expander, to process the received exhaust gases, and to deliver the processed exhaust gases to the second expander. - at least one combustor, and - a first expander arranged to receive exhaust gases from at least one of the at least one combustor, and to expand and extract energy from the exhaust gases, - wherein the engine comprises a crankshaft, and the combustor comprises a piston arranged to reciprocate in a cylinder, and to drive the crankshaft, - wherein the first expander is a piston expander arranged to drive the crankshaft with the extracted energy, - wherein the engine comprises a second expander arranged to receive exhaust gases from the first expander, and to expand and extract energy from the exhaust gases, - and in that the first expander comprises an expander inlet valve and/or an expander exhaust valve, the engine further comprising an expander variable valve timing mechanism arranged to actuate the expander inlet valve and/or an expander variable valve timing mechanism arranged to actuate the expander exhaust valve, - characterized in that the first expander comprises a hydrolysing reactor, wherein the internal combustion engine system further comprises a reductant injector configured to inject reductant into the first expander, and wherein the system comprises a selective catalytic reduction catalyst arranged to receive exhaust gases from the first expander, to process the received exhaust gases, and to deliver the processed exhaust gases to the second expander.
A refrigeration appliance comprising a storage cabin, a compressor, a condenser, a tube expander and an evaporator such that cooling of said storage cabin is effectuated by circulation of a refrigerant through said compressor, condenser, tube expander and evaporator, said refrigeration appliance further comprising a zero-degree compartment with a top channel, a bottom channel and a rear channel in said storage cabin, and an air flow port disposed on the inner rear wall of the storage cabin for supplying cool air onto rear wall of the zero-degree compartment, wherein said zero-degree compartment is indirectly cooled from its bottom, rear and side walls by cool air supplied from said evaporator via the air flow port and flowing into said top channel, bottom channel and rear channel placed along said walls; characterized in that the ratio of a shelf distance over the distance between the zero-degree compartment and an inner rear wall neighboring said rear channel is greater than 1, said shelf distance being defined as the distance between a door shelf and the zero-degree compartment and the ratio of the height of the air flow port over the height of said zero-degree compartment is configured to be between 1:10 and 1:3.
A valve assembly, comprising: a valve housing; and a handle that is movable about an actuation axis to actuate a valve actuator within the valve housing between an open position and a closed position; wherein the handle has a first opening and the valve housing has a second opening, wherein when the valve actuator is in the closed position the first opening aligns with the second opening to enable receipt of a lockout member that prevents movement of the valve actuator from the closed position to the open position; characterized in that the valve actuator is a multi-turn actuator; in which the open position of the multi-turn actuator includes rotational amounts of 360 degrees and greater than 360 degrees from the closed position. a valve housing; and a handle that is movable about an actuation axis to actuate a valve actuator within the valve housing between an open position and a closed position; wherein the handle has a first opening and the valve housing has a second opening, wherein when the valve actuator is in the closed position the first opening aligns with the second opening to enable receipt of a lockout member that prevents movement of the valve actuator from the closed position to the open position; characterized in that the valve actuator is a multi-turn actuator; in which the open position of the multi-turn actuator includes rotational amounts of 360 degrees and greater than 360 degrees from the closed position.
Mastic filler for jointing wooden floors, comprising water, at least one binder, at least one polymer, at least one solvent, selected from alcohols and/or glycol ethers, and fibres with a length of 10 mm or less, wherein the mastic filler contains 50 to 98 percent by weight of water, 0.5-15 percent by weight of the at least one binder, 0.5-8 percent by weight of the at least one polymer, 0.5-15 percent by weight of the at least one solvent and 0.5-15 percent by weight of the fibres with a length of 10 mm or less, each relative to the mastic filler, wherein the percent by weight figures jointly comprise 100 percent by weight in the mastic filler.
A method for checking the condition of containers comprising a hollow body for containing a semi-liquid or semi-solid product and a membrane for closing the hollow body, the method comprising the following steps: - closing the container inside a test head comprising a housing to hold the container and a cap hermetically sealing the container and defining an empty internal space; the method being characterised in that it comprises the step of: - pressurising the space inside the cap by introduction of pressurised air inside the space, for a defined period of time (Ta); - releasing the air from the space; - measuring the movement of the membrane due to the pressurisation of the space, by means of a position sensor; - depressurising the space for a defined period of time (Tv), using means for extracting the air from inside the space; - measuring the movement of the membrane due to the depressurisation of the space, by means of the position sensor. - closing the container inside a test head comprising a housing to hold the container and a cap hermetically sealing the container and defining an empty internal space; the method being characterised in that it comprises the step of: - pressurising the space inside the cap by introduction of pressurised air inside the space, for a defined period of time (Ta); - releasing the air from the space; - measuring the movement of the membrane due to the pressurisation of the space, by means of a position sensor; - depressurising the space for a defined period of time (Tv), using means for extracting the air from inside the space; - measuring the movement of the membrane due to the depressurisation of the space, by means of the position sensor. - pressurising the space inside the cap by introduction of pressurised air inside the space, for a defined period of time (Ta); - releasing the air from the space; - measuring the movement of the membrane due to the pressurisation of the space, by means of a position sensor; - depressurising the space for a defined period of time (Tv), using means for extracting the air from inside the space; - measuring the movement of the membrane due to the depressurisation of the space, by means of the position sensor.
A DC magnetron sputtering apparatus for depositing a film on a substrate comprising: a chamber; a substrate support positioned within the chamber; a substrate positioned on the substrate support; a DC magnetron; and an electrical signal supply device (40, 42) for supplying an electrical bias signal that, in use, causes ions to bombard the substrate; wherein the substrate support comprises a central region surrounded by an edge region, the central region being raised with respect to the edge region, characterised in that a portion of the substrate overlays and extends beyond the edge region and is spaced apart therefrom. a chamber; a substrate support positioned within the chamber; a substrate positioned on the substrate support; a DC magnetron; and an electrical signal supply device (40, 42) for supplying an electrical bias signal that, in use, causes ions to bombard the substrate; wherein the substrate support comprises a central region surrounded by an edge region, the central region being raised with respect to the edge region, characterised in that a portion of the substrate overlays and extends beyond the edge region and is spaced apart therefrom.
An assembly for supporting, carrying, and deploying an occluding device, the assembly comprising: a guidewire including an occluding device retaining member configured to receive a first end of the occluding device; and a proximally positioned retaining member configured to engage a second end of the occluding device; characterized in that the guidewire is of a shape memory alloy, wherein at least a portion of the guidewire is configured to curl about a longitudinal axis of the guidewire within an interior space of the occluding device when the first end of the occluding device and the second end of the occluding device translate in relation to each other as the occluding device is deployed from a catheter and the guidewire is released from the occluding device. a guidewire including an occluding device retaining member configured to receive a first end of the occluding device; and a proximally positioned retaining member configured to engage a second end of the occluding device; characterized in that the guidewire is of a shape memory alloy, wherein at least a portion of the guidewire is configured to curl about a longitudinal axis of the guidewire within an interior space of the occluding device when the first end of the occluding device and the second end of the occluding device translate in relation to each other as the occluding device is deployed from a catheter and the guidewire is released from the occluding device.
A method of wireless power transfer, comprising: receiving power from a power source; coupling the received power to a transmitter antenna; generating with the transmitter antenna, a non-radiative electromagnetic field; delivering power via the electromagnetic field to a load of a wireless power receiver; characterised in that the method further comprises varying the amount of delivered power based on a location of the transmitter antenna such that wireless power is delivered at a first power level that is set to comply with a first power standard when the transmitter antenna is located in a first geographical location and at a second power level that is set to comply with a second power standard when the transmitter antenna is located in a second geographic location. receiving power from a power source; coupling the received power to a transmitter antenna; generating with the transmitter antenna, a non-radiative electromagnetic field; delivering power via the electromagnetic field to a load of a wireless power receiver; characterised in that the method further comprises varying the amount of delivered power based on a location of the transmitter antenna such that wireless power is delivered at a first power level that is set to comply with a first power standard when the transmitter antenna is located in a first geographical location and at a second power level that is set to comply with a second power standard when the transmitter antenna is located in a second geographic location.
Process for treating hydrogen-containing and oxygen-containing residual gases from fuel cells, wherein the residual gases are fed to a gas circuit and a resulting residual gas mixture is circulated in the gas circuit through a device for converting hydrogen and oxygen into water in order to reduce the amount of hydrogen and oxygen in the residual gas mixture, wherein at least a portion of the residual gas mixture is discharged from the gas circuit and the discharged portion of the residual gas mixture is fed to a gas reservoir or introduced into ambient air, characterized in that the portion of the residual gas mixture is discharged from the gas circuit and fed to the gas reservoir when a predefined or predefinable pressure of the residual gas mixture in the gas circuit is exceeded. the residual gases are fed to a gas circuit and a resulting residual gas mixture is circulated in the gas circuit through a device for converting hydrogen and oxygen into water in order to reduce the amount of hydrogen and oxygen in the residual gas mixture, wherein at least a portion of the residual gas mixture is discharged from the gas circuit and the discharged portion of the residual gas mixture is fed to a gas reservoir or introduced into ambient air, characterized in that the portion of the residual gas mixture is discharged from the gas circuit and fed to the gas reservoir when a predefined or predefinable pressure of the residual gas mixture in the gas circuit is exceeded.