mhurhangee/ep-ind-claims huggingface dataset:
A support apparatus comprising: a body, said body having a first end opposite a second end thereof; said body having a top surface opposite a bottom of said body, said top surface extending between said first end and said second end of said body; said top surface extending at an inclining angle from a first end thereof adjacent said first end of said body, to a second end of said top surface adjacent said second end of said body, a second portion of said top surface extending from said second end of said top surface toward said first end of said top surface being narrower in width than a first portion of said top surface extending from said first end of said top surface to said second portion of said top surface; a first side space positioned on a first side of said second portion of said top surface opposite a second side space positioned on a second side of said second portion of said top surface; said bottom of said body positionable upon either a floor or a platform of a Pilates exercise machine to an operative position; and said top surface of said body defining an inclined support for a user positioned thereon when the body is positioned on the platform, and said first side space and said second side space define respective areas for positioning of the arms of said user. a body, said body having a first end opposite a second end thereof; said body having a top surface opposite a bottom of said body, said top surface extending between said first end and said second end of said body; said top surface extending at an inclining angle from a first end thereof adjacent said first end of said body, to a second end of said top surface adjacent said second end of said body, a second portion of said top surface extending from said second end of said top surface toward said first end of said top surface being narrower in width than a first portion of said top surface extending from said first end of said top surface to said second portion of said top surface; a first side space positioned on a first side of said second portion of said top surface opposite a second side space positioned on a second side of said second portion of said top surface; said bottom of said body positionable upon either a floor or a platform of a Pilates exercise machine to an operative position; and said top surface of said body defining an inclined support for a user positioned thereon when the body is positioned on the platform, and said first side space and said second side space define respective areas for positioning of the arms of said user.
A multipoint injector ring comprising: a) a distributor ring defining a central axis and having a fluid inlet and a plurality of swirlers in fluid communication with the fluid inlet for imparting swirl on fluid from the fluid inlet, wherein the swirlers are defined in a downstream surface of the distributor ring; and b) an orifice ring mounted to the distributor ring, the orifice ring defining a plurality of fluid outlets circumferentially spaced apart with respect to the central axis, wherein each fluid outlet is aligned downstream of a respective swirler for injecting swirling fluid from the swirlers in a downstream direction; characterised in that an air circuit is defined from the fluid inlet, through the swirlers to the fluid outlets, and further comprising a fuel circuit including a plurality of fuel swirl chambers defined in an upstream surface of the distributor ring for imparting swirl onto a flow of fuel passing therethrough, with a fuel outlet orifice in fluid communication with each respective fuel swirl chamber, each fuel outlet orifice passing through the distributor ring from the respective fuel swirl chamber to a downstream surface of the distributor ring, with each fuel outlet orifice aligned with a respective one of the swirlers of the air circuit for injecting a swirling flow of fuel and air for air-assisted injection of fuel. a) a distributor ring defining a central axis and having a fluid inlet and a plurality of swirlers in fluid communication with the fluid inlet for imparting swirl on fluid from the fluid inlet, wherein the swirlers are defined in a downstream surface of the distributor ring; and b) an orifice ring mounted to the distributor ring, the orifice ring defining a plurality of fluid outlets circumferentially spaced apart with respect to the central axis, wherein each fluid outlet is aligned downstream of a respective swirler for injecting swirling fluid from the swirlers in a downstream direction; characterised in that an air circuit is defined from the fluid inlet, through the swirlers to the fluid outlets, and further comprising a fuel circuit including a plurality of fuel swirl chambers defined in an upstream surface of the distributor ring for imparting swirl onto a flow of fuel passing therethrough, with a fuel outlet orifice in fluid communication with each respective fuel swirl chamber, each fuel outlet orifice passing through the distributor ring from the respective fuel swirl chamber to a downstream surface of the distributor ring, with each fuel outlet orifice aligned with a respective one of the swirlers of the air circuit for injecting a swirling flow of fuel and air for air-assisted injection of fuel.
A method for detecting an abnormal start of a gas turbine engine, comprising: performing an engine start procedure to initiate operation of the gas turbine engine; sampling, in accordance with a sampling rate, rotational speed data points from a sensor associated with the gas turbine engine, the rotational speed data points indicative of a rotational speed of a gas generator of the gas turbine engine during the engine start procedure; continuously storing the rotational speed data points during the engine start procedure; discarding previously-obtained rotational speed data points older than an abnormal start delay; and detecting an abnormal engine start event by comparing a first one of the stored rotational speed data points with a second one of the stored rotational speed data points, the second one of the stored rotational speed data points obtained before the first one of the stored rotational speed data points. performing an engine start procedure to initiate operation of the gas turbine engine; sampling, in accordance with a sampling rate, rotational speed data points from a sensor associated with the gas turbine engine, the rotational speed data points indicative of a rotational speed of a gas generator of the gas turbine engine during the engine start procedure; continuously storing the rotational speed data points during the engine start procedure; discarding previously-obtained rotational speed data points older than an abnormal start delay; and detecting an abnormal engine start event by comparing a first one of the stored rotational speed data points with a second one of the stored rotational speed data points, the second one of the stored rotational speed data points obtained before the first one of the stored rotational speed data points.
A secondary battery porous membrane comprising a non-conductive particle and a binder; wherein said binder comprises a polymer including a nitrile group, a hydrophilic group and a linear alkylene structural unit having carbon atoms of 4 or more in a same molecule, and an iodine value of said polymer is 0mg/100mg or more and 30mg/100mg or less; characterized in that a content ratio of said nitrile group in the polymer constituting said binder is 1 to 25wt%.
A canister-type vacuum cleaner comprising: - a vacuum cleaner housing, - a suction nozzle arranged on the vacuum cleaner housing and through which air carrying waste can be sucked into the vacuum cleaner housing, - a suction motor arranged in the vacuum cleaner housing and configured to generate an airflow through the suction nozzle, - a suction tube fluidly connected to the suction nozzle, - a gripping handle attached to the suction tube and configured to be grasped by a user, the gripping handle including a housing cavity - a remote control attached to the gripping handle and configured to emit control signals, the remote control being removably mounted in the housing cavity, - a control device provided in or on the vacuum cleaner housing, the control device being configured to receive the control signals emitted by the remote control and to control the operation of the suction motor according to the control signals received by the control device, and - a handle comprising a main handle part which is elongated and which is mechanically connected to the suction tube, the handle further comprising the gripping handle which is attached to the main handle part, characterized in that the remote control is configured to be withdrawn from the housing cavity in a withdrawal direction which is substantially rectilinear and which is substantially parallel to a longitudinal axis of the main handle part. - a vacuum cleaner housing, - a suction nozzle arranged on the vacuum cleaner housing and through which air carrying waste can be sucked into the vacuum cleaner housing, - a suction motor arranged in the vacuum cleaner housing and configured to generate an airflow through the suction nozzle, - a suction tube fluidly connected to the suction nozzle, - a gripping handle attached to the suction tube and configured to be grasped by a user, the gripping handle including a housing cavity - a remote control attached to the gripping handle and configured to emit control signals, the remote control being removably mounted in the housing cavity, - a control device provided in or on the vacuum cleaner housing, the control device being configured to receive the control signals emitted by the remote control and to control the operation of the suction motor according to the control signals received by the control device, and - a handle comprising a main handle part which is elongated and which is mechanically connected to the suction tube, the handle further comprising the gripping handle which is attached to the main handle part,
Non-dispersive infrared gas analyser for verifying a measuring gas component in a gas mixture, having an infrared radiation source for generating an infrared radiation, a modulation device for modulating the infrared radiation, a measuring vessel containing the gas mixture and irradiated by the modulated infrared radiation and a detector device (7, 23, 35) arranged behind the measuring vessel in the radiation direction, said detector device providing a measuring signal (12, 28, 40, 41) which corresponds to the concentration of the measuring gas component in the gas mixture, wherein at least one optopneumatic detector (15, 15') is arranged in the radiation path of the infrared radiation source, and a correction device is present for correcting the measuring signal (12, 28, 40, 41) of the detector device (7, 23, 35) with the detector signal (21, 21') generated by the detector (15, 15'), characterised in that the at least one optoneumatic detector (15, 15') - when arranged between the infrared radiation source and the measuring vessel, is filled with any gas whereby, when filled with the measuring gas component, the concentration of the measuring gas component in the optopneumatic detector is lower than that in the measuring vessel, and - when arranged between the measuring vessel and the detector device (7, 23, 35), is filled with a gas the absorption spectrum of which lies outside of the spectra of the measuring gas component and further transverse gases in the gas mixture. - when arranged between the infrared radiation source and the measuring vessel, is filled with any gas whereby, when filled with the measuring gas component, the concentration of the measuring gas component in the optopneumatic detector is lower than that in the measuring vessel, and - when arranged between the measuring vessel and the detector device (7, 23, 35), is filled with a gas the absorption spectrum of which lies outside of the spectra of the measuring gas component and further transverse gases in the gas mixture.
Method for transmitting a message in a safety-relevant installation from at least one sender to at least one receiver via a network with at least one node point, at which the message is received and forwarded in the direction of the receiver, wherein at least one test value dependent upon the message is ascertained and the message is forwarded or not forwarded from the at least one node point as a function of the ascertained test value, characterised in that test values of messages forwarded from the node point are stored at least temporarily and the message is not forwarded if the test value of the message corresponds to one of the stored test values, and a setting value (n) influencing the test value is determined such that the test value meets a predefined condition, and the setting value (n) is transmitted with the message, wherein the message is only forwarded from the node point if the test value meets the predetermined condition. wherein at least one test value dependent upon the message is ascertained and the message is forwarded or not forwarded from the at least one node point as a function of the ascertained test value, characterised in that test values of messages forwarded from the node point are stored at least temporarily and the message is not forwarded if the test value of the message corresponds to one of the stored test values, and a setting value (n) influencing the test value is determined such that the test value meets a predefined condition, and the setting value (n) is transmitted with the message, wherein the message is only forwarded from the node point if the test value meets the predetermined condition.
Method for identifying a suitable parking space for a motor vehicle and a route leading thereto, characterised in that the method comprises the following stages: - requesting, through a navigation apparatus of the motor vehicle, at least one item of information concerning a parking place search from at least one external server that manages at least one parking area having at least one parking space, before reaching the parking area - sending the at least one requested item of information from the external server to the navigation apparatus of the motor vehicle - carrying out, through the navigation apparatus, a route search from a start node to a destination node, in which an initial basic accessibility test of at least one destination node from at least one start node is carried out - identifying at least one route segment that is required in order to reach the at least one destination node from the at least one start node - transmitting detailed parameters of the motor vehicle to the external server - carrying out a second accessibility test that is more detailed in at least one test property than the initial accessibility test, and a suitability test of at least one parking space of the parking area that is specific for at least one of the parameters of the motor vehicle, the second accessibility test and the suitability test being carried out through the external server - loading the at least one identified route segment from the external server into the navigation apparatus of the motor vehicle - calculating at least one collision-free route. - requesting, through a navigation apparatus of the motor vehicle, at least one item of information concerning a parking place search from at least one external server that manages at least one parking area having at least one parking space, before reaching the parking area - sending the at least one requested item of information from the external server to the navigation apparatus of the motor vehicle - carrying out, through the navigation apparatus, a route search from a start node to a destination node, in which an initial basic accessibility test of at least one destination node from at least one start node is carried out - identifying at least one route segment that is required in order to reach the at least one destination node from the at least one start node - transmitting detailed parameters of the motor vehicle to the external server - carrying out a second accessibility test that is more detailed in at least one test property than the initial accessibility test, and a suitability test of at least one parking space of the parking area that is specific for at least one of the parameters of the motor vehicle, the second accessibility test and the suitability test being carried out through the external server - loading the at least one identified route segment from the external server into the navigation apparatus of the motor vehicle - calculating at least one collision-free route.
Lifting mechanism comprising, with reference to the position of use: • a telescopic mast which comprises a fixed segment and a first telescopic segment which is mounted so as to slide in the interior of the fixed segment; • a rack which has a set width (Lc), is provided with teeth and is fixed to the first telescopic segment; • a gearing system comprising: ∘ a pinion which is in direct engagement with the rack; ∘ a control shaft (22, 22a-22b) which is in engagement with the pinion and is fixed to a control wheel; • a means for reversibly locking the control shaft, provided for blocking the rotation of the control shaft in the absence of any action on the part of a user, and allow the mast to collapse due to gravity, in a manner that is gradual and controlled by the user. • a telescopic mast which comprises a fixed segment and a first telescopic segment which is mounted so as to slide in the interior of the fixed segment; • a rack which has a set width (Lc), is provided with teeth and is fixed to the first telescopic segment; • a gearing system comprising: ∘ a pinion which is in direct engagement with the rack; ∘ a control shaft (22, 22a-22b) which is in engagement with the pinion and is fixed to a control wheel; ∘ a pinion which is in direct engagement with the rack; ∘ a control shaft (22, 22a-22b) which is in engagement with the pinion and is fixed to a control wheel; • a means for reversibly locking the control shaft, provided for blocking the rotation of the control shaft in the absence of any action on the part of a user, and allow the mast to collapse due to gravity, in a manner that is gradual and controlled by the user.
A security device (100, 900) comprising: an arrangement of image icon focusing elements (120, 605, 705) wherein each image icon focusing element of the arrangement of image icon focusing elements is associated with a focal path; an image icon layer comprising one or more image icons (110a, 909) associated with a first characteristic color and one or more image icons (110b, 911) associated with a second characteristic color; and one or more regions between image icons comprising a volume of substantially colorless material, wherein, at a first viewing angle, a color is visible through each image icon focusing element, and wherein the color visible through each image icon focusing element at the first viewing angle is based on one or more of the first characteristic color, the second characteristic color, or the substantially colorless material; characterized in that the security device comprises image icon focusing elements comprising a mixture of an organic resin and nanoparticles, wherein the mixture of the organic resin and nanoparticles has an index of refraction greater than 1.6. an arrangement of image icon focusing elements (120, 605, 705) wherein each image icon focusing element of the arrangement of image icon focusing elements is associated with a focal path; an image icon layer comprising one or more image icons (110a, 909) associated with a first characteristic color and one or more image icons (110b, 911) associated with a second characteristic color; and one or more regions between image icons comprising a volume of substantially colorless material, wherein, at a first viewing angle, a color is visible through each image icon focusing element, and wherein the color visible through each image icon focusing element at the first viewing angle is based on one or more of the first characteristic color, the second characteristic color, or the substantially colorless material; characterized in that the security device comprises image icon focusing elements comprising a mixture of an organic resin and nanoparticles, wherein the mixture of the organic resin and nanoparticles has an index of refraction greater than 1.6.
An accessory device for assisting insertion of a catheter into a meatus, wherein the accessory device comprises - a handle comprising an attachment means for releasably coupling a catheter to the handle, and a camera for capturing one or more images; and - a monitor in communication with the camera, the monitor comprising a display configured to display the one or more images to allow for a user to guide a tip of a catheter into a meatus by observing the tip on the display; characterized in that the attachment means is configured for fixating a catheter along a first catheter axis, and the camera comprises a first optical axis defining a viewing direction, and wherein the first optical axis intersects the first catheter axis. - a handle comprising an attachment means for releasably coupling a catheter to the handle, and a camera for capturing one or more images; and - a monitor in communication with the camera, the monitor comprising a display configured to display the one or more images to allow for a user to guide a tip of a catheter into a meatus by observing the tip on the display;
A method for cancelling interference in wireless communications, comprising: performing an energy level detection of a received signal to determine an allocation size and position corresponding to an interfering device in the received signal; determining an interference demodulation reference signal (DM-RS) and a cyclic shift of the interfering device in the received signal; determining whether to apply successive interference cancellation on the received signal, based at least in part on the allocation size and position, the interference DM-RS, and the cyclic shift, to cancel interference from the interfering device; and applying the successive interference cancellation on the received signal based at least in part on determining to apply the successive interference cancellation. performing an energy level detection of a received signal to determine an allocation size and position corresponding to an interfering device in the received signal; determining an interference demodulation reference signal (DM-RS) and a cyclic shift of the interfering device in the received signal; determining whether to apply successive interference cancellation on the received signal, based at least in part on the allocation size and position, the interference DM-RS, and the cyclic shift, to cancel interference from the interfering device; and applying the successive interference cancellation on the received signal based at least in part on determining to apply the successive interference cancellation.