mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a memory configured to store untransformed ambisonic coefficients at different time segments; and one or more processors configured to: obtain the untransformed ambisonic coefficients at the different time segments, where the untransformed ambisonic coefficients at the different time segments represent a soundfield at the different time segments; and apply one adaptive network, based on a constraint, to the untransformed ambisonic coefficients at the different time segments to generate transformed ambisonic coefficients at the different time segments, wherein the constraint includes preserving a spatial direction of one or more audio sources in the soundfield at the different time segments, and wherein the transformed ambisonic coefficients at the different time segments represent a modified soundfield at the different time segments, that includes the one or more audio sources with the preserved spatial direction. a memory configured to store untransformed ambisonic coefficients at different time segments; and one or more processors configured to: obtain the untransformed ambisonic coefficients at the different time segments, where the untransformed ambisonic coefficients at the different time segments represent a soundfield at the different time segments; and apply one adaptive network, based on a constraint, to the untransformed ambisonic coefficients at the different time segments to generate transformed ambisonic coefficients at the different time segments, wherein the constraint includes preserving a spatial direction of one or more audio sources in the soundfield at the different time segments, and wherein the transformed ambisonic coefficients at the different time segments represent a modified soundfield at the different time segments, that includes the one or more audio sources with the preserved spatial direction. obtain the untransformed ambisonic coefficients at the different time segments, where the untransformed ambisonic coefficients at the different time segments represent a soundfield at the different time segments; and apply one adaptive network, based on a constraint, to the untransformed ambisonic coefficients at the different time segments to generate transformed ambisonic coefficients at the different time segments, wherein the constraint includes preserving a spatial direction of one or more audio sources in the soundfield at the different time segments, and wherein the transformed ambisonic coefficients at the different time segments represent a modified soundfield at the different time segments, that includes the one or more audio sources with the preserved spatial direction.
A compound of formula: R-linker-A-X, wherein R is a solid support wherein the linker is a branched or unbranched carbon chain comprising from 2 to 30 carbon atoms, and comprises (CH 2 CH 2 O) y wherein y=2-8, wherein A is (CH 2) n, n=2-10, A-X is a substrate for a dehalogenase and, X is halogen.
Receiving device for a bicycle rear wheel axle, comprising two chain stay elements (10, 12), each adapted to be connected to a chain stay of a bicycle frame, two axle receiving elements (14, 16), each slidably connected to a chain stay element (10, 12) and having a recess for receiving a rear wheel axle and at least one fixing element (24, 26), respectively, for fixing the axle receiving element (14, 16) in different positions on the associated chain stay element (10, 12), wherein each fixing element (24, 26) comprises a clamping means arranged on an underside of the axle receiving element (14, 16) and/or the chain stay element (10, 12), characterized in that each fixing element comprises a respective receiving protrusion for each clamping means, with which protrusion the chain stay element (10, 12) or the axle receiving element (14, 16) is connected, and that the receiving protrusions each protrude into a recess of the axle receiving element (14, 16) or the chain stay element (10, 12).
An airbag arrangement for a vehicle, said airbag arrangement comprising an inflatable airbag and an external extension control member being operatively associated with said airbag, said airbag being adapted to in a deployed state be inflated in a longitudinal direction (x) of said vehicle to a position between an interior portion of said vehicle in front of a seated vehicle occupant and an upper body region of said seated vehicle occupant, wherein said external extension control member has a selectable operative length (l o 1, l o 2, l o 3, l o 4, l o 5), and wherein said external extension control member controls deployment of said airbag by means of said selectable operative length (l o 1, l o 2, l o 3, l o 4, l o 5), wherein said airbag in an unrestricted deployed state has a substantially rectangular shape, for which a longitudinal extension of said airbag is significantly greater than a vertical extension of said airbag, said shape allowing rolling of said airbag upon itself starting at a distal end, the extent to which said airbag is forced to roll out in said deployed state being controlled by said selectable operative length (l o 1, l o 2, l o 3, l o 4, l o 5) of said external extension control member.
User Equipment, UE, comprising: a processor circuit; and a dynamic adaptive streaming over hypertext transfer protocol, DASH, client for execution by the processor circuit to: send a hypertext transfer protocol, HTTP, GET MPD message to an HTTP server via a third generation partnership project 3GPP, wireless wide area network, WWAN, to initiate a DASH streaming session for DASH-based adaptive streaming of media content; receive, via the 3GPP WWAN link, an HTTP 200 OK message comprising a media presentation description, MPD, meta data file for managing the DASH session; send a real time streaming protocol, RTSP, GET PARAMETER message over a wireless peer-to-peer, P2P, link to a display device to request information regarding capabilities of the display device; receive, via the wireless P2P link, an RTSP 200 OK message comprising device capability information for the display device; and manage the DASH streaming session between the UE and the display device based on the device capability information and the MPD. a processor circuit; and a dynamic adaptive streaming over hypertext transfer protocol, DASH, client for execution by the processor circuit to: send a hypertext transfer protocol, HTTP, GET MPD message to an HTTP server via a third generation partnership project 3GPP, wireless wide area network, WWAN, to initiate a DASH streaming session for DASH-based adaptive streaming of media content; receive, via the 3GPP WWAN link, an HTTP 200 OK message comprising a media presentation description, MPD, meta data file for managing the DASH session; send a real time streaming protocol, RTSP, GET PARAMETER message over a wireless peer-to-peer, P2P, link to a display device to request information regarding capabilities of the display device; receive, via the wireless P2P link, an RTSP 200 OK message comprising device capability information for the display device; and manage the DASH streaming session between the UE and the display device based on the device capability information and the MPD. send a hypertext transfer protocol, HTTP, GET MPD message to an HTTP server via a third generation partnership project 3GPP, wireless wide area network, WWAN, to initiate a DASH streaming session for DASH-based adaptive streaming of media content; receive, via the 3GPP WWAN link, an HTTP 200 OK message comprising a media presentation description, MPD, meta data file for managing the DASH session; send a real time streaming protocol, RTSP, GET PARAMETER message over a wireless peer-to-peer, P2P, link to a display device to request information regarding capabilities of the display device; receive, via the wireless P2P link, an RTSP 200 OK message comprising device capability information for the display device; and manage the DASH streaming session between the UE and the display device based on the device capability information and the MPD.
A device for the layered construction of models, comprising a height-adjustable workpiece platform, a cover, a metering device for applying binder onto the workpiece platform, wherein said device additionally comprises a mounting platform to which are attached all the movable devices of the metering device and of the workpiece platform, which are movable in accordance with a Cartesian axis system, and a coater is provided for applying fluids, the coater and all movable units of the coater are attached to the mounting platform and wherein height-adjustable fastening elements are used by which the distance of the mounting platform to the cover of the device can be adjusted so that all attachments can be mounted, adjusted and/or wired to the mounting platform outside the cover before the mounting platform is inserted into the cover and fixed there.
A battery module, the battery module comprises: a first end plate, a plurality of batteries and a second end plate successively arranged in a direction, wherein the battery comprises a top cover; a connecting component, wherein the first end plate is fixedly connected to the second end plate through the connecting component; and a pulling component comprising a first connecting segment, an intermediate segment and a second connecting segment successively arranged, wherein the first connecting segment is fixedly connected to the first end plate, the intermediate segment is disposed facing the top cover, and the second connecting segment is fixedly connected to the second end plate, and wherein the pulling component can tighten the first end plate and the second end plate in an arrangement direction of the batteries to compress the batteries along with the first end plate and the second end plate, wherein the battery comprises a vent disposed at the top cover, and the intermediate segment comprises a clearance hole disposed corresponding to the vent, characterized in that, the top cover comprises an annular protrusion, wherein the vent is disposed in an inner hole of the protrusion, and the protrusion inserts into the clearance hole to connect with the intermediate segment. a first end plate, a plurality of batteries and a second end plate successively arranged in a direction, wherein the battery comprises a top cover; a connecting component, wherein the first end plate is fixedly connected to the second end plate through the connecting component; and a pulling component comprising a first connecting segment, an intermediate segment and a second connecting segment successively arranged, wherein the first connecting segment is fixedly connected to the first end plate, the intermediate segment is disposed facing the top cover, and the second connecting segment is fixedly connected to the second end plate, and wherein the pulling component can tighten the first end plate and the second end plate in an arrangement direction of the batteries to compress the batteries along with the first end plate and the second end plate, wherein the battery comprises a vent disposed at the top cover, and the intermediate segment comprises a clearance hole disposed corresponding to the vent, characterized in that, the top cover comprises an annular protrusion, wherein the vent is disposed in an inner hole of the protrusion, and the protrusion inserts into the clearance hole to connect with the intermediate segment.
An antenna and feed device arrangement adapted to a radar for determining a filling level in a tank, the antenna being adapted for transmitting or receiving electromagnetic waves, the arrangement comprising: a first waveguide of the feed device, a second waveguide connected to the antenna, and a separation element arranged between and connected to the first waveguide and the second waveguide to insulate the antenna from the feed device; wherein the feed device comprises a radiation source designed to generate the electromagnetic waves and wherein the feed device is designed to feed the electromagnetic waves to the antenna; wherein the separation element comprises a recess in the longitudinal direction of the feed device, such that an unimpeded propagation of electromagnetic waves from the feed device to the antenna is possible; and wherein the separation element comprises a region of overlap for overlapping in the longitudinal direction at least the first waveguide or the second waveguide; wherein the connection between the separation element and the first waveguide, or between the separation element and the second waveguide, is designed as a plug-type connection, so that the feed device can be unplugged from the antenna or from the second waveguide, and such that the first waveguide is rotatably held relative to the antenna. a first waveguide of the feed device, a second waveguide connected to the antenna, and a separation element arranged between and connected to the first waveguide and the second waveguide to insulate the antenna from the feed device; wherein the feed device comprises a radiation source designed to generate the electromagnetic waves and wherein the feed device is designed to feed the electromagnetic waves to the antenna; wherein the separation element comprises a recess in the longitudinal direction of the feed device, such that an unimpeded propagation of electromagnetic waves from the feed device to the antenna is possible; and wherein the separation element comprises a region of overlap for overlapping in the longitudinal direction at least the first waveguide or the second waveguide; wherein the connection between the separation element and the first waveguide, or between the separation element and the second waveguide, is designed as a plug-type connection, so that the feed device can be unplugged from the antenna or from the second waveguide, and such that the first waveguide is rotatably held relative to the antenna.
Housing assembly for a door module of a vehicle door of a motor vehicle, including - a first housing part which is provided and designed to accommodate a cable drum of a cable window lifter and has a number of through-openings, - a second housing part which is associated with a cable drive and has screw bosses which correspond to the through-openings in the first housing part, and - a number of screw elements, which corresponds to the number of screw bosses, having a threaded shaft, characterized - in that the respective screw element has one tool receptacle (25, 26) at each shaft end, in particular the respective screw element has a screw head with a first tool receptacle and a threaded shaft with a shaft tip, and a second tool receptacle on or in the shaft tip, and therefore the respective screw element is accessible at both shaft ends, in particular from the rear face of the first housing part and of the second housing part, in order to be actuated, in particular for screwing together or loosening the screw connection. - a first housing part which is provided and designed to accommodate a cable drum of a cable window lifter and has a number of through-openings, - a second housing part which is associated with a cable drive and has screw bosses which correspond to the through-openings in the first housing part, and - a number of screw elements, which corresponds to the number of screw bosses, having a threaded shaft, - in that the respective screw element has one tool receptacle (25, 26) at each shaft end, in particular the respective screw element has a screw head with a first tool receptacle and a threaded shaft with a shaft tip, and a second tool receptacle on or in the shaft tip, and therefore the respective screw element is accessible at both shaft ends, in particular from the rear face of the first housing part and of the second housing part, in order to be actuated, in particular for screwing together or loosening the screw connection.
Method for analysing acquired magnetic resonance images, comprising the steps: - providing an image series comprising a number of acquired magnetic resonance images of a slice of an object, wherein the acquired magnetic resonance images have a variation of a contrast-determining acquisition parameter, - generating a parameter map and an error map by fitting picture elements of the acquired magnetic resonance images of the image series, - automatic segmentation of the acquired magnetic resonance images, - generating histograms of the parameter map and the error map, wherein a number of histograms of the parameter map and the error map are formed, wherein a histogram comprises the information of the corresponding parameter map and error map within a segment, - analysing the histograms and/or - visualising the parameter map and the error map of the segments and/or outputting the results of the analysis. - providing an image series comprising a number of acquired magnetic resonance images of a slice of an object, wherein the acquired magnetic resonance images have a variation of a contrast-determining acquisition parameter, - generating a parameter map and an error map by fitting picture elements of the acquired magnetic resonance images of the image series, - automatic segmentation of the acquired magnetic resonance images, - generating histograms of the parameter map and the error map, wherein a number of histograms of the parameter map and the error map are formed, wherein a histogram comprises the information of the corresponding parameter map and error map within a segment, - analysing the histograms and/or - visualising the parameter map and the error map of the segments and/or outputting the results of the analysis.
A method for manufacturing a quantum device, comprising the following steps: • A formation of a superconducting layer made of a superconducting material on a substrate, said superconducting layer having a face extending mainly along a basal xy plane, • A formation of a mask on the superconducting layer, said mask comprising masking patterns (5S, 51, 52, 53, 5i, 5D) and at least two openings (41, 42, 4i) separated by a masking pattern and alternately disposed in a direction (x) of the xy plane, said at least two openings (41, 42, 4i) exposing respectively at least two portions of the superconducting layer and being separated from each other in said direction (x) by a separation distance pi (i=1...n), said at least two openings (41, 42, 4i) each further having a width di (i=1...n+1) in said direction (x), the separation distance pi and the width di being less than a coherence length L of a Cooper pair in said superconducting material, • A modification, through said at least two openings (41, 42, 4i), of said at least two exposed portions of the superconducting layer, so as to form at least two barriers (31 32, 3i) of width di, each barrier separating two superconducting regions (21, 22, 2i) of the superconducting layer. • A formation of a superconducting layer made of a superconducting material on a substrate, said superconducting layer having a face extending mainly along a basal xy plane, • A formation of a mask on the superconducting layer, said mask comprising masking patterns (5S, 51, 52, 53, 5i, 5D) and at least two openings (41, 42, 4i) separated by a masking pattern and alternately disposed in a direction (x) of the xy plane, said at least two openings (41, 42, 4i) exposing respectively at least two portions of the superconducting layer and being separated from each other in said direction (x) by a separation distance pi (i=1...n), said at least two openings (41, 42, 4i) each further having a width di (i=1...n+1) in said direction (x), the separation distance pi and the width di being less than a coherence length L of a Cooper pair in said superconducting material, • A modification, through said at least two openings (41, 42, 4i), of said at least two exposed portions of the superconducting layer, so as to form at least two barriers (31 32, 3i) of width di, each barrier separating two superconducting regions (21, 22, 2i) of the superconducting layer.
Adapter (10, 110) for positioning and fastening an installation housing in a wall recess made in a wall, the adapter (10, 110) having a support element, an abutment surface (11.3) being provided on the support element for indirect or direct abutment against the installation housing, characterized in in that the support element has at least one connection element for fastening to the installation housing, in that positioning tabs (13.1, 13.2, 14.1, 14.2) are arranged on the support element opposite the abutment surface (11.3) at a distance from one another in the depth direction and transversely with respect to the depth direction and in that the positioning tabs (13.1, 13.2, 14.1, 14.2) are oriented facing away from the support element and form contact edges facing away from the carrier element. in that the support element has at least one connection element for fastening to the installation housing, in that positioning tabs (13.1, 13.2, 14.1, 14.2) are arranged on the support element opposite the abutment surface (11.3) at a distance from one another in the depth direction and transversely with respect to the depth direction and in that the positioning tabs (13.1, 13.2, 14.1, 14.2) are oriented facing away from the support element and form contact edges facing away from the carrier element.
A kit for a modular automatic or semi-automatic rifle, said kit comprising: - a lower receiver assembly having a fire control assembly for firing the rifle; - a first upper receiver assembly with a frame and a bolt carrier assembly configured for firing bullets of a predetermined caliber; and - a second upper receiver assembly (16,18,20,22,250) different from the first upper receiver assembly configured for firing bullets of the predetermined caliber, the other upper receiver assembly (16,18,20,22,250) having a different frame and different bolt carrier assembly configured for firing bullets of a different predetermined caliber, wherein the lower receiver assembly has a mating interface configured for operably joining the lower receiver assembly to the first upper receiver assembly, and for operably joining the lower receiver assembly to the second upper receiver assembly (16,18,20,22,250) and characterized in that the kit further comprises an adapter, the adapter coupling the other upper receiver assembly (16,18,20,22,250) to the lower receiver assembly, the adapter having an interior portion adapted to accept a magazine of the different predetermined caliber.
A collection of oligonucleotides for detecting Chlamydia trachomatis in a test sample comprising Primer/Probe set CT5, wherein the Primer/Probe Set CT5 comprises a forward primer comprising SEQ. ID NO. 16 or an active fragment thereof, a reverse primer comprising SEQ. ID NO. 17 or an active fragment thereof, a complementary detection probe comprising SEQ. ID NO. 18 or an active fragment thereof, and a reverse complementary detection probe comprising SEQ. ID NO. 19 or an active fragment thereof, wherein each of said active fragments is 15 or more nucleotides in length and can be used as amplification primer and/or detection probe for the detection of Chlamydia trachomatis in a biological sample.