mhurhangee/ep-ind-claims huggingface dataset:
An ice making assembly comprising: an ice piece forming tray having a motor engaging end, a distal end, a first side, a second side and a bottom surface and a plurality of ice piece making compartments divided by divider walls; and a plurality of defrost water water channels; and wherein at least one defrost water water channel is positioned at least substantially parallel to or along an axis of rotation of the ice piece forming tray and at least one defrost water water channel is positioned along at least one of the motor engaging end and the distal end; and wherein the plurality of defrost water water channels engage one another in fluid communication with one another and the plurality of defrost water water channels are each configured to receive defrost water from a plurality of heat sinks engaged to the bottom surface of the plurality of ice piece making compartments, wherein the heat sinks have downwardly extending fins that extend away from the bottom surface of the plurality of ice piece making compartments, the ice making assembly further comprising an ice piece forming tray cover spaced a distance above the ice piece forming tray, wherein the ice piece forming tray cover comprises a heater and a temperature sensor, and wherein a drain or defrost water catch tray is positioned at at least one of the distal end and the motor engaging end, the water channels delivering defrost water to said drain or catch tray. an ice piece forming tray having a motor engaging end, a distal end, a first side, a second side and a bottom surface and a plurality of ice piece making compartments divided by divider walls; and a plurality of defrost water water channels; and wherein at least one defrost water water channel is positioned at least substantially parallel to or along an axis of rotation of the ice piece forming tray and at least one defrost water water channel is positioned along at least one of the motor engaging end and the distal end; and wherein the plurality of defrost water water channels engage one another in fluid communication with one another and the plurality of defrost water water channels are each configured to receive defrost water from a plurality of heat sinks engaged to the bottom surface of the plurality of ice piece making compartments, wherein the heat sinks have downwardly extending fins that extend away from the bottom surface of the plurality of ice piece making compartments, the ice making assembly further comprising an ice piece forming tray cover spaced a distance above the ice piece forming tray, wherein the ice piece forming tray cover comprises a heater and a temperature sensor, and wherein a drain or defrost water catch tray is positioned at at least one of the distal end and the motor engaging end, the water channels delivering defrost water to said drain or catch tray.
Measuring device in motor vehicles for measuring parking spaces, having contactless distance sensors, which are geared to measuring the distance from objects to the side of the motor vehicle, and having a measurement signal evaluation unit for determining the length and the width of a parking space from the measurement signals from the distance sensors, the measurement signal evaluation unit being coupled to a vehicle speed measuring unit, and the measurement interval rate of the distance sensors being controlled on the basis of the vehicle speed, characterized in that the measurement interval rate is controlled in a manner proportional to the vehicle speed.
A method for controlling the post-injection for introducing fuel into an exhaust line of a combustion engine, in which, for a post-injection, the target quantity of fuel which one wishes to introduce into the exhaust line is defined, a post-injection corrected setpoint is determined, permitting the effective introduction of this target quantity into the exhaust line, as a function of the quantities of post-injected fuel lost by combustion and by dilution in the lubricating oil of the engine according to the conditions of the post-injection, by dividing the target quantity of fuel by the ratio between a setpoint and the quantity of unburnt fuel exiting effectively the combustion chamber for this setpoint, the method being characterized in that the ratio is determined in a pre-established cartography dependent on the post-injection conditions, said post-injection conditions being defined by one or more parameters from: the phasing of the injection (Ph) in the engine cycle, the temperature in the chamber at the moment of injection, the pressure at the inlet of the injector at the start of the injection, the quantity of fuel injected during the last main injection preceding the post-injection concerned.
A system configured to determine hemodynamic parameters of a patient, the system comprising: a transesophageal echocardiogram probe including an ultrasound transducer comprising a matrix array of piezoelectric elements, the transesophageal echocardiogram probe configured to obtain a plurality of clinically relevant views of the patient's heart from a single position; and one or more processors, operatively connected to the transesophageal echocardiogram probe, the one or more processors configured by machine-readable instructions to: control the transesophageal echocardiogram probe to obtain the plurality of clinically relevant views by electronically steering an ultrasound beam provided by the ultrasound transducer to cycle through the plurality of clinically relevant views of the patient's heart and provide real-time, animated image data of each of the plurality of clinically relevant views; receive the plurality of clinically relevant views of the patient's heart provided by the transesophageal echocardiogram probe; and determine one or more hemodynamic parameters of the patient's heart based on the received plurality of clinically relevant views of the patient's heart. a transesophageal echocardiogram probe including an ultrasound transducer comprising a matrix array of piezoelectric elements, the transesophageal echocardiogram probe configured to obtain a plurality of clinically relevant views of the patient's heart from a single position; and one or more processors, operatively connected to the transesophageal echocardiogram probe, the one or more processors configured by machine-readable instructions to: control the transesophageal echocardiogram probe to obtain the plurality of clinically relevant views by electronically steering an ultrasound beam provided by the ultrasound transducer to cycle through the plurality of clinically relevant views of the patient's heart and provide real-time, animated image data of each of the plurality of clinically relevant views; receive the plurality of clinically relevant views of the patient's heart provided by the transesophageal echocardiogram probe; and determine one or more hemodynamic parameters of the patient's heart based on the received plurality of clinically relevant views of the patient's heart. control the transesophageal echocardiogram probe to obtain the plurality of clinically relevant views by electronically steering an ultrasound beam provided by the ultrasound transducer to cycle through the plurality of clinically relevant views of the patient's heart and provide real-time, animated image data of each of the plurality of clinically relevant views; receive the plurality of clinically relevant views of the patient's heart provided by the transesophageal echocardiogram probe; and determine one or more hemodynamic parameters of the patient's heart based on the received plurality of clinically relevant views of the patient's heart.
A system for obtaining images within a lumen, the system comprising: an imaging probe configured for insertion into a lumen, said imaging probe comprising an imaging assembly configured to obtain images according to a first imaging modality and a second imaging modality; a driver and adapter unit for interfacing with said imaging probe; and at least one processor interfaceable with said imaging assembly through said driver and adapter unit, wherein said at least one processor is configured to: control said driver and adapter unit to direct a first translation operation of said imaging assembly; during said first translation operation, obtain a first set of images from said first imaging modality; identify, or receive input identifying, a region of interest within the first set of images; characterized in that said at least one processor is further configured to: control said driver and adapter unit to direct a push-forward translation operation of said imaging assembly; and during said push-forward translation operation, obtain a second set of images of the region of interest from said second imaging modality. an imaging probe configured for insertion into a lumen, said imaging probe comprising an imaging assembly configured to obtain images according to a first imaging modality and a second imaging modality; a driver and adapter unit for interfacing with said imaging probe; and at least one processor interfaceable with said imaging assembly through said driver and adapter unit, wherein said at least one processor is configured to: control said driver and adapter unit to direct a first translation operation of said imaging assembly; during said first translation operation, obtain a first set of images from said first imaging modality; identify, or receive input identifying, a region of interest within the first set of images; control said driver and adapter unit to direct a first translation operation of said imaging assembly; during said first translation operation, obtain a first set of images from said first imaging modality; identify, or receive input identifying, a region of interest within the first set of images; characterized in that said at least one processor is further configured to: control said driver and adapter unit to direct a push-forward translation operation of said imaging assembly; and during said push-forward translation operation, obtain a second set of images of the region of interest from said second imaging modality. control said driver and adapter unit to direct a push-forward translation operation of said imaging assembly; and during said push-forward translation operation, obtain a second set of images of the region of interest from said second imaging modality.
A method performed by a network element of a cellular radio communication network, the method comprising: scheduling a radio device on a cell in an unlicensed frequency band; attempting to send a discovery signal for the cell in the unlicensed frequency band using a Listen-Before-Talk, LBT, procedure; characterized by receiving RSSI information about a Received Signal Strength Indicator, RSSI, measurement performed by the radio device, indicating that the radio device has failed to receive the discovery signal, the RSSI information comprising a time stamp of the RSSI measurement; and by means of the time stamp, associating the RSSI measurement with the attempt to send a discovery signal. scheduling a radio device on a cell in an unlicensed frequency band; attempting to send a discovery signal for the cell in the unlicensed frequency band using a Listen-Before-Talk, LBT, procedure; characterized by receiving RSSI information about a Received Signal Strength Indicator, RSSI, measurement performed by the radio device, indicating that the radio device has failed to receive the discovery signal, the RSSI information comprising a time stamp of the RSSI measurement; and by means of the time stamp, associating the RSSI measurement with the attempt to send a discovery signal.
A super-absorbent resin having as a main component thereof a polymer comprising a repeating unit having an ionic dissociation group in its main or side chain, the neutralization ratio of the ionic dissociation group being in the range of 30 to 100 % by mole based on the total ionic dissociation groups; wherein the polymer further comprises a hydrocarbon group with carbon atoms of not lower than 4 at the side chain; wherein said resin has absorption capacity without load to saline solution (CRCs) for 4 hours of not smaller than 10 g/g, and solubility after 30 minutes in ion-exchanged water of not lower than 50% by weight; wherein the repeating unit is derived from (meth)acrylic acid and/or a salt thereof; and wherein the weight ratio of the repeating unit derived from a monomer having the ionic dissociation group at the side chain, and the repeating unit derived from a monomer having the hydrocarbon group with carbon atoms of not lower than 4 at the side chain, is in the range of 50:50 to 99:1, in the repeating unit of the super-absorbent resin.
A component arrangement structure comprising: a roof side rail; an inflator that is disposed between a rear seat assist grip and a center pillar, that is fixed to the roof side rail, and that supplies gas into a curtain airbag, the rear seat assist grip being fixed to the roof side rail at a vehicle rearward side of the center pillar, and the curtain airbag being arranged along the roof side rail in a folded state; and a barrier net anchoring bracket that is disposed at a position that overlaps with the inflator as viewed in a vehicle width direction, that is fixed to the roof side rail, and at which an upper anchor portion is to be anchored, the upper anchor portion being provided at a barrier net that divides a vehicle cabin between front and rear; wherein the barrier net anchoring bracket includes a body fixing portion that is fixed to the roof side rail, and a barrier net anchoring portion that is disposed at the vehicle width direction inner side relative to the body fixing portion and at which the upper anchor portion of the barrier net is to be anchored, and the inflator is disposed between the body fixing portion and the barrier net anchoring portion. a roof side rail; an inflator that is disposed between a rear seat assist grip and a center pillar, that is fixed to the roof side rail, and that supplies gas into a curtain airbag, the rear seat assist grip being fixed to the roof side rail at a vehicle rearward side of the center pillar, and the curtain airbag being arranged along the roof side rail in a folded state; and a barrier net anchoring bracket that is disposed at a position that overlaps with the inflator as viewed in a vehicle width direction, that is fixed to the roof side rail, and at which an upper anchor portion is to be anchored, the upper anchor portion being provided at a barrier net that divides a vehicle cabin between front and rear; wherein the barrier net anchoring bracket includes a body fixing portion that is fixed to the roof side rail, and a barrier net anchoring portion that is disposed at the vehicle width direction inner side relative to the body fixing portion and at which the upper anchor portion of the barrier net is to be anchored, and the inflator is disposed between the body fixing portion and the barrier net anchoring portion.
Floor cleaning machine, comprising a cleaning device and a storage container for cleaning liquid, said storage container having an outlet for cleaning liquid in flow communication with the cleaning device and having a drain opening for draining cleaning liquid, wherein the storage container comprises a cover for closing and opening the drain opening, which cover has the outlet integrated therein, characterized in that the floor cleaning machine comprises a connecting element, forming the outlet and being integrated in the cover, for connecting to a supply conduit by which the cleaning device is suppliable with cleaning liquid, and in that the floor cleaning machine further comprises a supply conduit releasably connectable to the connecting element.
A suspension damper assembly for an automotive shock absorber comprising; an outer tube of cylindrical shape having an outer tube inner wall and an outer tube outer wall and extending concentrically about a center axis between an open end and a closed end, an inner tube of cylindrical shape having an inner tube inner wall and an inner tube outer wall and disposed concentrically about said center axis and disposed concentrically in said outer tube along said center axis between a first end and a second end, an annular flange disposed on said open end of said outer tube extending radially inwardly toward and perpendicular to said center axis to define an opening to said inner tube at said first end thereof, said inner tube inner wall being spaced radially from said center axis to define a hydraulic chamber of cylindrical shape, said inner tube outer wall being spaced radially from said outer tube inner wall to define a diaphragm chamber of cylindrical shape between said inner tube outer wall and said outer tube inner wall, a diaphragm of cylindrical shape disposed concentrically between said inner tube outer wall and said outer tube inner wall along said center axis for dividing said diaphragm chamber into a high pressure gas chamber disposed between said diaphragm and said inner tube outer wall and a fluid chamber disposed between said diaphragm and said outer tube inner wall, a gas charge seal disposed annularly in said high pressure gas chamber engaging said inner tube outer wall and said outer tube inner wall at said second end of said inner tube, a cap engaging said closed end of said outer tube for sealing said closed end, an inner tube base of cylindrical shape defining an outer periphery disposed in said first end of said inner tube and engaging said cap at said closed end of said outer tube, said inner tube base defining a central cavity of hollow cylindrical shape disposed concentrically in said inner tube base and open to said hydraulic chamber and closed by said cap and defining a plurality of radially disposed channels extending perpendicular to said center axis between said central cavity and said fluid chamber for establishing fluid communication between said hydraulic chamber and said fluid chamber, a piston disposed in sliding and sealing engagement with said inner tube inner wall in said hydraulic chamber, a rod guide of cylindrical shape defining an axial bore and disposed in said open end and in sealing engagement with said inner tube inner wall, a piston rod extending along said center axis and through said bore in said rod guide and connected to said piston for movement therewith, characterized in that an inner clamp of annular shape holds said diaphragm radially inwardly into sealing engagement with said inner tube outer wall, said diaphragm extends from under said inner clamp and through a 'U' shaped turn back toward said open end along outer tube inner wall, and the suspension damper assembly further comprises an upper clamp of annular shape for holding said diaphragm into said outer tube inner wall for sealing said diaphragm to said outer tube inner wall.
A peptide nucleic acid hybridization probe comprising at or between 16 to 22 peptide nucleic acid residues, wherein the PNA probe is designed to target a sequence in a nucleic acid fragment, wherein the PNA probe comprises two or more peptide nucleic acid residues that are derivatized with a charged moiety on the alpha, beta, or gamma carbon or combinations thereof, and one or more peptide nucleic acid residues that are derivatized with a neutral moiety on the alpha, beta, or gamma carbon, or combinations thereof, wherein the PNA probe comprises one or more capture tags, and wherein there is an average of at or between 1.8 to 4.0 peptide nucleic acid residues that are not derivatized with a charged moiety between every peptide nucleic acid residue that is derivatized with a charged moiety.
A method for wireless communication in an orthogonal frequency-division multiplexing system, comprising: receiving a signal from a neighboring cell; measuring a minimum bandwidth of the received signal for a measurement region at a center or zero shift; shifting the measurement region of the signal based on a frequency offset; measuring the minimum bandwidth of the shifted measurement region; rotating the measurement region of the signal alternatively from a positive frequency offset to a negatively frequency offset; and measuring the minimum bandwidth of the rotated measurement region. receiving a signal from a neighboring cell; measuring a minimum bandwidth of the received signal for a measurement region at a center or zero shift; shifting the measurement region of the signal based on a frequency offset; measuring the minimum bandwidth of the shifted measurement region; rotating the measurement region of the signal alternatively from a positive frequency offset to a negatively frequency offset; and measuring the minimum bandwidth of the rotated measurement region.
A method for communicating between a first controller (102, 202, 302) and an accessory (104-112, 204, 304) via a relay service (220, 300), the method comprising: assigning, by the relay service, a first operator relay alias for the first controller, the first operator relay alias being usable by the relay service to send messages to the first controller; assigning, by the relay service, an accessory relay alias for the accessory, wherein the accessory relay alias is uncorrelated with any other accessory-identifying information; receiving, by the relay service, a request to establish a relay pairing between the first operator relay alias and the accessory relay alias; responsive to the request to establish a relay pairing, generating and storing, by the relay service, a first valid access token in association with the first operator relay alias and the accessory relay alias; establishing, at the relay service, a persistent accessory connection on a socket, the persistent accessory connection being identified with the accessory relay alias and the first valid access token; receiving, by the relay service, a relay request from the first controller to relay a message to the accessory, the relay request including the first operator relay alias, the accessory relay alias, an access token, and message content; and responsive to a determination that the access token received with the relay request from the first controller corresponds to the first valid access token, sending the message content to the accessory via the socket. assigning, by the relay service, a first operator relay alias for the first controller, the first operator relay alias being usable by the relay service to send messages to the first controller; assigning, by the relay service, an accessory relay alias for the accessory, wherein the accessory relay alias is uncorrelated with any other accessory-identifying information; receiving, by the relay service, a request to establish a relay pairing between the first operator relay alias and the accessory relay alias; responsive to the request to establish a relay pairing, generating and storing, by the relay service, a first valid access token in association with the first operator relay alias and the accessory relay alias; establishing, at the relay service, a persistent accessory connection on a socket, the persistent accessory connection being identified with the accessory relay alias and the first valid access token; receiving, by the relay service, a relay request from the first controller to relay a message to the accessory, the relay request including the first operator relay alias, the accessory relay alias, an access token, and message content; and responsive to a determination that the access token received with the relay request from the first controller corresponds to the first valid access token, sending the message content to the accessory via the socket.