mhurhangee/ep-ind-claims huggingface dataset:
Overhead luggage compartment for an aircraft, comprising: a luggage compartment housing with two side parts, an upper part and a lower part, which enclose a receiving space for pieces of luggage, a door, a hinge device connected to the upper part and the door, respectively, the door by means of the hinge device being pivotable relative to the luggage compartment housing between an open position and a closed position, characterized in that the hinge device comprises a mounting clamp having an upper mounting leg and a lower mounting leg, the upper mounting leg being attached to the upper side of the upper part and the lower mounting leg being attached to the lower side of the upper part. a luggage compartment housing with two side parts, an upper part and a lower part, which enclose a receiving space for pieces of luggage, a door, a hinge device connected to the upper part and the door, respectively, the door by means of the hinge device being pivotable relative to the luggage compartment housing between an open position and a closed position, characterized in that the hinge device comprises a mounting clamp having an upper mounting leg and a lower mounting leg, the upper mounting leg being attached to the upper side of the upper part and the lower mounting leg being attached to the lower side of the upper part.
A sensing assembly comprising: a base; a sensor assembly, said sensor assembly comprising: a sensor; a first flow channel defined by a first airfoil and a center airfoil; the first flow channel comprising a converging segment, a straightening segment, and a turning segment,; and a second flow channel defined by a second airfoil and the center airfoil; characterized in that: said turning segment comprises a turn radius configured to facilitate separation of the flow of fluid in the first flow passage into a first stream having relatively reduced particulates with respect to a second stream, wherein the first flow is capable of being directed to the sensor; said second flow channel is configured to generate a low pressure area downstream of said sensor; said sensing assembly further comprising: a converging V-channel segment of a third flow channel, the third flow channel defined between a first leg and a parallel second leg of an extension member of the sensor assembly, wherein the first airfoil body, the second airfoil body and the center airfoil body extend orthogonally with respect to said extension member, V-channel segment accelerating the flow of fluid. a base; a sensor assembly, said sensor assembly comprising: a sensor; a first flow channel defined by a first airfoil and a center airfoil; the first flow channel comprising a converging segment, a straightening segment, and a turning segment,; and a second flow channel defined by a second airfoil and the center airfoil; a sensor; a first flow channel defined by a first airfoil and a center airfoil; the first flow channel comprising a converging segment, a straightening segment, and a turning segment,; and a second flow channel defined by a second airfoil and the center airfoil; said turning segment comprises a turn radius configured to facilitate separation of the flow of fluid in the first flow passage into a first stream having relatively reduced particulates with respect to a second stream, wherein the first flow is capable of being directed to the sensor; said second flow channel is configured to generate a low pressure area downstream of said sensor; said sensing assembly further comprising: a converging V-channel segment of a third flow channel, the third flow channel defined between a first leg and a parallel second leg of an extension member of the sensor assembly, wherein the first airfoil body, the second airfoil body and the center airfoil body extend orthogonally with respect to said extension member, V-channel segment accelerating the flow of fluid.
A method of determining Quality of Service, QoS, of an application, the method comprising: determining whether a plurality of types of traffic are transmitted and received through a single flow generated by execution of the application; when there are the plurality of types of traffic transmitted and received through the single flow, determining a main type of traffic of the single flow from among the plurality of types of traffic transmitted and received through the single flow, wherein the main type of traffic of the single flow is a type of traffic that serves as a reference to determine a QoS control policy to be applied to the single flow; and determining the QoS control policy to be applied to the single flow, based on the main type of traffic of the single flow. determining whether a plurality of types of traffic are transmitted and received through a single flow generated by execution of the application; when there are the plurality of types of traffic transmitted and received through the single flow, determining a main type of traffic of the single flow from among the plurality of types of traffic transmitted and received through the single flow, wherein the main type of traffic of the single flow is a type of traffic that serves as a reference to determine a QoS control policy to be applied to the single flow; and determining the QoS control policy to be applied to the single flow, based on the main type of traffic of the single flow.
Method for operating a base station of a wireless network, the method comprising - communicating with at least one terminal of the network via a first radio system using centralized media access control for controlling an access to transmission resources of the first radio system and - communicating with the at least one terminal via a second radio system different from the first radio system, wherein the method is characterized by further comprising: - transmitting at least one resource grant message to the terminal via the first radio system, the resource grant message indicating at least one portion of transmission resources of the second radio system assigned to the terminal. - communicating with at least one terminal of the network via a first radio system using centralized media access control for controlling an access to transmission resources of the first radio system and - communicating with the at least one terminal via a second radio system different from the first radio system, - transmitting at least one resource grant message to the terminal via the first radio system, the resource grant message indicating at least one portion of transmission resources of the second radio system assigned to the terminal.
An o-ring gripping end effector, comprising: a housing; a movable stripping bar mechanically associated with the housing; a plurality of modules at least partially within the housing, each of the modules comprising: a module head extending at least partially through the movable stripping bar distally from the housing, and comprising at least one retention groove configured to retain an o-ring and at least four jaw fingers that each provide a portion of the at least on retention groove; at least two interleaved angular jaws, wherein each of the at least two jaws provides at least two of the at least four jaw fingers, and wherein an increase in angle between the at least two jaws effects an expansion of an area bounded by each of the at least four jaw fingers; wherein the stripping bar is configured to move distally from the housing, and thereby strip an o-ring from the retention groove for placement. a housing; a movable stripping bar mechanically associated with the housing; a plurality of modules at least partially within the housing, each of the modules comprising: a module head extending at least partially through the movable stripping bar distally from the housing, and comprising at least one retention groove configured to retain an o-ring and at least four jaw fingers that each provide a portion of the at least on retention groove; at least two interleaved angular jaws, wherein each of the at least two jaws provides at least two of the at least four jaw fingers, and wherein an increase in angle between the at least two jaws effects an expansion of an area bounded by each of the at least four jaw fingers; a module head extending at least partially through the movable stripping bar distally from the housing, and comprising at least one retention groove configured to retain an o-ring and at least four jaw fingers that each provide a portion of the at least on retention groove; at least two interleaved angular jaws, wherein each of the at least two jaws provides at least two of the at least four jaw fingers, and wherein an increase in angle between the at least two jaws effects an expansion of an area bounded by each of the at least four jaw fingers; wherein the stripping bar is configured to move distally from the housing, and thereby strip an o-ring from the retention groove for placement.
A guard structure configured to couple to a patient support, the guard structure movable between a raised position and a lowered position, the guard structure comprising a locking structure configured to lock the guard structure in the raised position and configured to unlock through actuation of a release, the release accessible to an occupant of the patient support and configured to prevent inadvertent actuation by the occupant; and wherein the release is configured for electrical actuation; characterized in that the release is configured to prevent inadvertent actuation by the occupant by requiring at least three consecutive electrical actuation signals to be delivered by the occupant to the release prior to electrical actuation of the release. wherein the release is configured for electrical actuation; characterized in that the release is configured to prevent inadvertent actuation by the occupant by requiring at least three consecutive electrical actuation signals to be delivered by the occupant to the release prior to electrical actuation of the release.
A method of transmitting data from a first station to a second station on a contention-based radio channel, wherein the first station is a wireless device and the second station is a base station, the method comprising the following steps performed by the first station: obtaining a transmit identifier for the first station from a set of transmit identifiers, wherein obtaining the transmit identifier includes receiving from the second station the set of transmit identifiers; wherein obtaining the transmit identifier further includes generating, as the transmit identifier for the first station, at least one of a pseudo-random number from the set of transmit identifiers and a hash value in the set of transmit identifiers; transmitting control information including the transmit identifier to the second station; and transmitting the data to the second station according to the control information, wherein the data includes a station identifier for the first station, the station identifier or a combination of the station identifier and the transmit identifier being indicative of the first station, characterized in that the transmitted data is encoded according to a first redundancy version indicated in the transmitted control information. obtaining a transmit identifier for the first station from a set of transmit identifiers, wherein obtaining the transmit identifier includes receiving from the second station the set of transmit identifiers; wherein obtaining the transmit identifier further includes generating, as the transmit identifier for the first station, at least one of a pseudo-random number from the set of transmit identifiers and a hash value in the set of transmit identifiers; transmitting control information including the transmit identifier to the second station; and transmitting the data to the second station according to the control information, wherein the data includes a station identifier for the first station, the station identifier or a combination of the station identifier and the transmit identifier being indicative of the first station, characterized in that the transmitted data is encoded according to a first redundancy version indicated in the transmitted control information.
A method, comprising: storing a virtualization object in a repository, wherein the virtualization object comprises an image file for a virtual machine; cloning the virtualization object as a snapshot by implementing the snapshot as a copy-on-write snapshot that does not require a full copy of the virtualization object to be immediately copied to a storage device (106, 223, 230), wherein the snapshot is stored in the storage device (106, 223, 230) that is local to a node (110, 200a, 200b), wherein the virtualization object is stored in a first file system protocol in the repository and is cloned into the snapshot in a second file system protocol onto the node (110, 200a, 200b); and implementing virtualization at the node (110, 200a, 200b) with the copy-on-write snapshot. storing a virtualization object in a repository, wherein the virtualization object comprises an image file for a virtual machine; cloning the virtualization object as a snapshot by implementing the snapshot as a copy-on-write snapshot that does not require a full copy of the virtualization object to be immediately copied to a storage device (106, 223, 230), wherein the snapshot is stored in the storage device (106, 223, 230) that is local to a node (110, 200a, 200b), wherein the virtualization object is stored in a first file system protocol in the repository and is cloned into the snapshot in a second file system protocol onto the node (110, 200a, 200b); and implementing virtualization at the node (110, 200a, 200b) with the copy-on-write snapshot.
A separation unit and a web material, said separation unit being for separating the web material along preformed lines of weakness, said separation unit having a width direction and comprising a first roller having a rotational axis extending in said width direction and a web width extending in said width direction, and a second roller having a rotational axis extending parallel with said rotational axis of said first roller and a web width extending in said width direction, said second roller being positioned at a distance (d 1) from said first roller, said distance (d 1) extending in a direction perpendicular to said width direction, wherein each of said first and said second rollers (2, 3) is provided with a plurality of protrusion elements being spaced along said rotational axes and protruding perpendicularly from said axes, wherein each of said protrusion elements has a maximum width (w) in said width direction, a maximum radial extension (r) from said rotational axes, an inner portion adjacent to said rotational axes, and an outer portion remote from said rotational axes, wherein said outer portions of said protrusion elements on said first roller are arranged in a staggered relationship with said outer portions of said protrusion elements on said second roller, and wherein said outer portions of said protrusion elements on said first roller are partially overlapping with said outer portions of said protrusion elements on said second roller with a radial overlap length, thus forming an undulating passage for a web material between said rollers (2, 3), characterized in that each protrusion element has a maximum width (w) along the width direction within the overlap length, and the sum of said maximum widths (w) within the overlap length of all protrusion elements on one of said rollers (2, 3) is between 5-30%, preferably 12-20% of said web width of that roller (2, 3), wherein the preformed lines of weakness are perforation lines formed by alternating bonds and slots and having a perforation strength of 20 to 80 N/m, said web material being a tissue paper, such as facial tissue, toilet tissue or paper towel.
A system for illumination having • at least two arrangements for light-emission, and • at least one connecting element, wherein each arrangement for light-emission has a plurality of luminous means in the form of LEDs which are arranged on a printed circuit board, and also a channel for feeding through a coolant, and wherein the arrangements for light-emission are connected together in the longitudinal direction by means of the connecting element, characterised in that the channels of the arrangements for light-emission communicate with each other, and each printed circuit board is configured as a hollow, preferably elongate element, and the whole channel wall is formed directly by the printed circuit board, wherein the printed circuit board preferably has a rectangular cross-section. • at least two arrangements for light-emission, and • at least one connecting element,
Method to evaluate the stability of a protein-based formulation comprising a protein, a peptide and/or a protein derivative and a buffer relative to a lubricant of a lubricated container in which said formulation is intended to be stored, comprising: a) Evaluating a decrease over time of interfacial tension between the buffer and the lubricant, b) Evaluating a decrease over time of interfacial tension between the protein-based formulation and the lubricant, c) Identifying at least one component of the protein-based formulation interacting with the lubricant by comparing the decrease evaluated in step b) with the decrease evaluated in step a). a) Evaluating a decrease over time of interfacial tension between the buffer and the lubricant, b) Evaluating a decrease over time of interfacial tension between the protein-based formulation and the lubricant, c) Identifying at least one component of the protein-based formulation interacting with the lubricant by comparing the decrease evaluated in step b) with the decrease evaluated in step a).
A capsule for containing nutritional ingredients and designed for insertion in a beverage production machine, the capsule comprising a cup-shaped base body having a bottom, a side wall and an inlet face, wherein the inlet face of the cup-shaped base body presents a contour, which is not symmetric in rotation, and presents a bulge section extending from an essentially circular section, characterized in that an optically readable code is provided on the side wall at a position which, when viewing the capsule from the inlet face, is located opposite the bulge section.
A method of a base station, BS, comprising: determining support of an indication of early termination by a user equipment, UE, based on capability information that indicates that the UE supports use of the indication of early termination from the base station, wherein the indication of early termination is configured to indicate early termination of repetitions of data transmitted by the UE on a physical uplink shared channel, PUSCH; encoding, for transmission to the UE on a machine type communication, MTC, Physical Downlink Control Channel, MPDCCH, scheduling of repetitions; and transmitting the indication of early termination that indicates acknowledgement, ACK, feedback for the data, wherein the indication of early termination is transmitted in downlink control information, DCI, during one of one or more monitoring instances closest in time after the determination, wherein the indication of early termination is configured to indicate early termination of one of the repetitions of the data prior to an end of the repetitions of the data, wherein the indication of early termination is in one of DCI format 6-0A or 6-0B and includes one of: a resource block assignment field in the DCI that is set to all ones and at least one other field set to zero; or a Modulation and Coding Scheme, MCS, field in the DCI that is set to all ones and at least one other field set to zero. determining support of an indication of early termination by a user equipment, UE, based on capability information that indicates that the UE supports use of the indication of early termination from the base station, wherein the indication of early termination is configured to indicate early termination of repetitions of data transmitted by the UE on a physical uplink shared channel, PUSCH; encoding, for transmission to the UE on a machine type communication, MTC, Physical Downlink Control Channel, MPDCCH, scheduling of repetitions; and transmitting the indication of early termination that indicates acknowledgement, ACK, feedback for the data, wherein the indication of early termination is transmitted in downlink control information, DCI, during one of one or more monitoring instances closest in time after the determination, wherein the indication of early termination is configured to indicate early termination of one of the repetitions of the data prior to an end of the repetitions of the data, wherein the indication of early termination is in one of DCI format 6-0A or 6-0B and includes one of: a resource block assignment field in the DCI that is set to all ones and at least one other field set to zero; or a Modulation and Coding Scheme, MCS, field in the DCI that is set to all ones and at least one other field set to zero. a resource block assignment field in the DCI that is set to all ones and at least one other field set to zero; or a Modulation and Coding Scheme, MCS, field in the DCI that is set to all ones and at least one other field set to zero.
A method of forming a pocket bag for a garment, the method comprising: forming said pocket bag from an outer piece of material and an inner piece of material, characterized by the inner and outer pieces of material comprising a fused composite material formed from a fabric having a fusible material attached thereto and having stretch and recovery properties in two directions thereof, wherein the pocket bag is formed such that stretch and recovery directions of the outer and inner pieces of material are in different directions.
A nozzle assembly, comprising: an outer cowl; an inner nozzle sleeve disposed within the outer cowl; nested support rings (250, 260) by which the outer cowl and the inner nozzle sleeve are coupled; sets of rivets (272, 273, 274) to respectively connect the nested support rings to the inner nozzle sleeve, the nested support rings together and the nested support rings to the outer cowl; and an elongate washer configured to reinforce three or more rivets of one or more of the sets of rivets. an outer cowl; an inner nozzle sleeve disposed within the outer cowl; nested support rings (250, 260) by which the outer cowl and the inner nozzle sleeve are coupled; sets of rivets (272, 273, 274) to respectively connect the nested support rings to the inner nozzle sleeve, the nested support rings together and the nested support rings to the outer cowl; and an elongate washer configured to reinforce three or more rivets of one or more of the sets of rivets.