mhurhangee/ep-ind-claims huggingface dataset:
A method for assessing in-situ an acoustic seal of an in-ear device using an apparatus having a first sound measurement device and a second sound measurement device connected thereto, the in-ear device having a passageway extending therethrough, the passageway being in fluid communication with an ear canal of an ear when the in-ear device is inserted therein, the first and second sound measurement devices being removably engageable into the passageway, said method comprising: a) calibrating at least one of said first or second sound measurement devices by measuring a reference sound level with said sound measurement device when being submitted to a reference sound source and when being located in a close relationship relative thereto; b) measuring a first sound level outside the ear canal with the first sound measurement device when submitted to the sound source and when located in a close relationship relative to the in-ear device and outside the ear canal; c) simultaneously measuring a second sound level inside the ear canal with the second sound measurement device when submitted to the sound source and when engaged into and occluding the passageway with the in-ear device inserted inside the ear canal; d) assessing the acoustic seal of the in-ear device by subtracting said second sound level from said first sound level; and e) assessing validity of said first and second sound levels by determining coherence between said first and second sound levels and if not, steps b) and c) are repeated, wherein determining coherence between said first and second sound levels includes determining that said second sound level substantially linearly follows a contour of said first sound level. a) calibrating at least one of said first or second sound measurement devices by measuring a reference sound level with said sound measurement device when being submitted to a reference sound source and when being located in a close relationship relative thereto; b) measuring a first sound level outside the ear canal with the first sound measurement device when submitted to the sound source and when located in a close relationship relative to the in-ear device and outside the ear canal; c) simultaneously measuring a second sound level inside the ear canal with the second sound measurement device when submitted to the sound source and when engaged into and occluding the passageway with the in-ear device inserted inside the ear canal; d) assessing the acoustic seal of the in-ear device by subtracting said second sound level from said first sound level; and e) assessing validity of said first and second sound levels by determining coherence between said first and second sound levels and if not, steps b) and c) are repeated, wherein determining coherence between said first and second sound levels includes determining that said second sound level substantially linearly follows a contour of said first sound level.
Method for selecting an object from a list, in which - a subset of a list is displayed on a display surface using graphical objects, functions at least partially respectively being assigned to the graphical objects, - the list is displayed as a stack in which a first graphical object is completely visible at the top of the stack and further graphical objects (8-2 to 8-4) are displayed in an only partially visible manner perspectively behind the first graphical object, and - a selection operation is used to select one of the further graphical objects (8-2 to 8-4), wherein - if a selection operation has been detected, at least the first graphical object displayed at the top of the stack disappears, with the result that one of the further graphical objects (8-2 to 8-4) is displayed at the top of the stack after the first graphical object has disappeared, and this graphical object is automatically selected, with the result that the function assigned to this graphical object is performed, characterized in that - another graphical object is displayed at the top of the stack by means of a scrolling operation and the graphical object displayed at the top of the stack is marked after the scrolling operation, wherein if a graphical object is marked, additional information relating to this object is displayed but the function assigned to the object is not performed, wherein the function assigned to the marked object can be performed by means of a further operation, wherein the selection operation comprises a swiping gesture which is a horizontal movement of a hand or a finger of a user, and the scrolling operation comprises a swiping gesture during which the user performs a swiping movement from the top to the bottom or from the bottom to the top. - a subset of a list is displayed on a display surface using graphical objects, functions at least partially respectively being assigned to the graphical objects, - the list is displayed as a stack in which a first graphical object is completely visible at the top of the stack and further graphical objects (8-2 to 8-4) are displayed in an only partially visible manner perspectively behind the first graphical object, and - a selection operation is used to select one of the further graphical objects (8-2 to 8-4), wherein - if a selection operation has been detected, at least the first graphical object displayed at the top of the stack disappears, with the result that one of the further graphical objects (8-2 to 8-4) is displayed at the top of the stack after the first graphical object has disappeared, and this graphical object is automatically selected, with the result that the function assigned to this graphical object is performed, - another graphical object is displayed at the top of the stack by means of a scrolling operation and the graphical object displayed at the top of the stack is marked after the scrolling operation, wherein if a graphical object is marked, additional information relating to this object is displayed but the function assigned to the object is not performed, wherein
A measurement method performed by a user equipment, comprising: receiving information of at least one channel state information-reference signal, CSI-RS, configuration set, wherein the CSI-RS configuration set comprises at least two CSI-RS configurations; performing measurements on a subset or a full set of measurement resources corresponding to the at least one CSI-RS configuration set; and sending a result of the measurement obtained according to an averaged result of the measurements of the CSI-RS configurations corresponding to the CSI-RS configuration set, wherein the CSI-RS configurations within one configuration set have different CSI reference signal configuration index numbers. receiving information of at least one channel state information-reference signal, CSI-RS, configuration set, wherein the CSI-RS configuration set comprises at least two CSI-RS configurations; performing measurements on a subset or a full set of measurement resources corresponding to the at least one CSI-RS configuration set; and sending a result of the measurement obtained according to an averaged result of the measurements of the CSI-RS configurations corresponding to the CSI-RS configuration set, wherein the CSI-RS configurations within one configuration set have different CSI reference signal configuration index numbers.
A diagnostic analyzer comprising: a rotating device having a first darkened compartment, a second darkened compartment, and an optical path along which the first darkened compartment and the second darkened compartment travel; a first optical reader; and a second optical reader; wherein the first optical reader is operable to read the first darkened compartment and the second optical reader is operable to read the second darkened compartment, and the first and second optical readers and the first and second darkened compartments are positioned relative to one another so that when the first darkened compartment is aligned with the first optical reader the second darkened compartment is aligned with the second optical reader. a rotating device having a first darkened compartment, a second darkened compartment, and an optical path along which the first darkened compartment and the second darkened compartment travel; a first optical reader; and a second optical reader; wherein the first optical reader is operable to read the first darkened compartment and the second optical reader is operable to read the second darkened compartment, and the first and second optical readers and the first and second darkened compartments are positioned relative to one another so that when the first darkened compartment is aligned with the first optical reader the second darkened compartment is aligned with the second optical reader.
An information transmission method, comprising: sending, by a first device, downlink control information to a second device, wherein the downlink control information comprises subframe aggregation information, and the subframe aggregation information is used to indicate, to the second device, a quantity of subframes used in subframe aggregation and a redundancy version corresponding to at least the first subframe of the subframes used in the subframe aggregation, wherein different redundancy versions of one transport block are transmitted by using the subframes used in the subframe aggregation; and receiving, by the first device, uplink information sent by the second device using the subframe aggregation as indicated in the subframe aggregation information of the downlink control information, the method further comprising scrambling, by the first device, a cyclic redundancy check CRC of the downlink control information by using a radio network temporary identifier RNTI, wherein the RNTI indicates the quantity of the subframes used in the subframe aggregation, and different RNTIs correspond to different subframe quantities. sending, by a first device, downlink control information to a second device, wherein the downlink control information comprises subframe aggregation information, and the subframe aggregation information is used to indicate, to the second device, a quantity of subframes used in subframe aggregation and a redundancy version corresponding to at least the first subframe of the subframes used in the subframe aggregation, wherein different redundancy versions of one transport block are transmitted by using the subframes used in the subframe aggregation; and receiving, by the first device, uplink information sent by the second device using the subframe aggregation as indicated in the subframe aggregation information of the downlink control information, the method further comprising scrambling, by the first device, a cyclic redundancy check CRC of the downlink control information by using a radio network temporary identifier RNTI, wherein the RNTI indicates the quantity of the subframes used in the subframe aggregation, and different RNTIs correspond to different subframe quantities.
A mixture comprising: a) comminuted animal material selected from the group consisting of comminuted, in particular ground, native offal, separated meat and mixtures thereof, wherein native offal is offal which has not been treated in connection with the slaughter of the animal apart from removal from the animal, cleaning, a comminution and any possible cooling/deep freezing, and b) residues obtained during the manufacture of edible oil from plant-based raw materials, wherein the proportion of comminuted animal material in the mixture is 20 % by weight or more, in particular 40 % by weight to 80 % by weight, characterized in that the residues are selected from the group consisting of residues from the manufacture of edible oil from linseed, pumpkin, hemp, sunflowers, rapeseed and mixtures thereof. a) comminuted animal material selected from the group consisting of comminuted, in particular ground, native offal, separated meat and mixtures thereof, wherein native offal is offal which has not been treated in connection with the slaughter of the animal apart from removal from the animal, cleaning, a comminution and any possible cooling/deep freezing, and b) residues obtained during the manufacture of edible oil from plant-based raw materials, wherein the proportion of comminuted animal material in the mixture is 20 % by weight or more, in particular 40 % by weight to 80 % by weight, characterized in that the residues are selected from the group consisting of residues from the manufacture of edible oil from linseed, pumpkin, hemp, sunflowers, rapeseed and mixtures thereof.
A multifilar helix antenna comprising a wave feed and polarizing section comprising a cover portion comprising a through opening, the antenna comprising a helix radiator comprising three or more resonant helical elements evenly distributed about an imaginary circle, each helical element extending in a longitudinal direction from the feed and polarizing section through the opening in the cover portion and wound to form the helix radiator, wherein each helical element comprises one or a plurality of wave perturbations separated in the longitudinal direction and that each set of perturbations are positioned at the same level in the longitudinal direction to yield an equivalent array of stacked helical radiators, characterized in that the cover portion comprises a rotationally symmetric corrugated assembly, and wherein the perturbation is an indentation in the helical element or wherein the perturbation is a protrusion on the helical element.
A distributed information system, comprising: A plurality of first directory servers (706a, 706b, 706c), wherein each first directory server maintains a replicated portion of first data in a first directory and includes a directory server module configured to receive and respond to operations on the first data in the first directory and wherein a portion of the plurality of first directory servers reside in different geographic locations (804a, 804b, 804c); A plurality of second directory servers (706d, 706e, 706f), wherein each second directory server maintains a replicated portion of second data in a second directory and includes a second directory server module configured to receive and respond to operations on the second data in the second directory and wherein a portion of the plurality of second directory servers reside in different geographic locations (804a, 804b, 804c); and A site routing agent at each of the first directory servers (706a, 706b, 706c); characterised in that each site routing agent is configured to determine which second directory server of a portion of the second directory servers of the plurality of second directory servers (706d, 706e, 706f) can complete the data request at a lowest cost relative to other second directory servers of the portion of second directory servers when the first directory server module determines that a received data request in the first directory server requires data in the second data of the second directory and further configured to select the determined second directory server for completing the data request. A plurality of first directory servers (706a, 706b, 706c), wherein each first directory server maintains a replicated portion of first data in a first directory and includes a directory server module configured to receive and respond to operations on the first data in the first directory and wherein a portion of the plurality of first directory servers reside in different geographic locations (804a, 804b, 804c); A plurality of second directory servers (706d, 706e, 706f), wherein each second directory server maintains a replicated portion of second data in a second directory and includes a second directory server module configured to receive and respond to operations on the second data in the second directory and wherein a portion of the plurality of second directory servers reside in different geographic locations (804a, 804b, 804c); and A site routing agent at each of the first directory servers (706a, 706b, 706c); characterised in that each site routing agent is configured to determine which second directory server of a portion of the second directory servers of the plurality of second directory servers (706d, 706e, 706f) can complete the data request at a lowest cost relative to other second directory servers of the portion of second directory servers when the first directory server module determines that a received data request in the first directory server requires data in the second data of the second directory and further configured to select the determined second directory server for completing the data request.
Connection for a drainage well, a gully or the like, comprising a housing with an outlet pipe stub for connection to an outlet pipe to a sewer system, and a pre-chamber forming the water flow connection between the outlet pipe stub and the interior of the drainage well, the gully or the like and comprising a stench trap valve reaching to a level below the outlet pipe stub and provided on either side with suspending parts which lie horizontally in line with each other and with which the valve is mounted in tiltable and removable manner in receiving spaces in the inner surface of the pre-chamber accessible via inserting grooves, characterized in that - the suspending parts comprise a substantially elongate form with a length L o extending in longitudinal direction along a side edge of the stench trap valve and a width B o extending over the thickness of the stench trap valve; and - wherein the inserting grooves have a width B s which is greater than the width B o of the suspending parts but smaller than the length L o of the suspending parts. - the suspending parts comprise a substantially elongate form with a length L o extending in longitudinal direction along a side edge of the stench trap valve and a width B o extending over the thickness of the stench trap valve; and - wherein the inserting grooves have a width B s which is greater than the width B o of the suspending parts but smaller than the length L o of the suspending parts.
A plastic recycling supporting apparatus for supporting plastic recycling in which a plastic is blended with an additive and is recycled into a recycled plastic having a desired physical property, the plastic recycling supporting apparatus comprising: a physical property and deterioration estimator configured to estimate, using a physical property and deterioration estimation model, a physical property and a deterioration degree of the plastic based on a texture structural feature extracted from surface analysis data of the plastic; and a blending estimator configured to estimate a physical property of the recycled plastic based on the physical property and the deterioration degree of the plastic and a blending condition of the additive using a physical property recovery model, wherein the physical property and deterioration estimator estimates a physical property and a deterioration degree of a sample based on a texture structural feature extracted from surface analysis data of the sample, and the blending estimator inversely estimates the blending condition of the additive to be blended in the sample based on the physical property and the deterioration degree of the sample, that are estimated by the physical property and deterioration estimator, and the desired physical property of the recycled plastic. a physical property and deterioration estimator configured to estimate, using a physical property and deterioration estimation model, a physical property and a deterioration degree of the plastic based on a texture structural feature extracted from surface analysis data of the plastic; and a blending estimator configured to estimate a physical property of the recycled plastic based on the physical property and the deterioration degree of the plastic and a blending condition of the additive using a physical property recovery model, wherein the physical property and deterioration estimator estimates a physical property and a deterioration degree of a sample based on a texture structural feature extracted from surface analysis data of the sample, and the blending estimator inversely estimates the blending condition of the additive to be blended in the sample based on the physical property and the deterioration degree of the sample, that are estimated by the physical property and deterioration estimator, and the desired physical property of the recycled plastic.
A razor comprising a razor blade assembly connected to a handle via a pivoting mechanism providing a razor cartridge (20, 820, 920) that rotates about a virtual pivot axis (34, 234, 334, 434, 534, 634, 734, 834, 934) positioned into the skin, the razor cartridge is connected to the handle (14, 814, 914) via the pivoting mechanism and comprises a front edge, a rear edge and a midpoint between the front edge and the rear edge; a guard member near the front edge and a cap member near the rear edge; at least one blade between the guard member and the cap member; and a cutting plane tangent to the guard member and the cap member; characterized in that the razor cartridge is removably connected to the handle (14, 814, 914) via the pivoting mechanism, and the virtual pivot axis is positioned in a virtual pivot axis region located forward of the cartridge midpoint toward the front edge of the cartridge and into the skin, the virtual pivot axis region is defined by a first boundary and a second boundary, the first and second boundaries lie on X and Y axes having an origin located on the cutting plane at the cartridge midpoint wherein the X axis extends forward toward the front edge of the cartridge in a +X direction parallel to the cutting plane and the Y axis extends away from the skin in a +Y direction perpendicular to the cutting plane wherein the first boundary extends from the cartridge midpoint, perpendicular to the cutting plane in a -Y direction along a line defined by X=0 and the second boundary extends from the cartridge midpoint in a +X direction along a line defined by Y = -0.1X.