mhurhangee/ep-ind-claims huggingface dataset:
A circuit for the at least partial replication of a current by a choke of a DC-DC converter, in particular of a bi-directional DC-DC converter, for example of a bidirectional buck-boost converter, having a first input and / or output for the connection to a first network and having a second input and / or output for the connection to a second network, wherein the circuit comprises a first means for the generation of a first signal which detects or replicates a DC component of the current by means of the choke, wherein the first means comprises first elements for the generation of the first signal, a second means for the generation of a second signal or of components of said second signal replicating the AC component of the current by means of the choke, and third means for joining the first signal and the second signal, respectively the first signal and the components of the second signal to a signal (U (I_L)) replicating at least sections of the current by means of the choke, characterized in that the first elements of the first means comprise a measuring resistor, wherein the measuring resistor is on one hand connected to the choke and a first capacitor and on the other hand to the first in- and output.
An elongate medical device sized and configured for intravascular delivery within a subject, comprising: a deflectable shaft extending distally from a handle portion of the medical device, the deflectable shaft including: first and second braided layers (240, 241) each of which includes one or more strands, one of the first and second braided layer disposed radially within the other and co-axial with the other; a flexible polymeric layer, the first and second braided layers at least partially embedded in the flexible polymer layer; and one or more pullwires interweaved in at least one of the first braided layer or the second braided layer, the first braided layer having a first strand construction and the second braided layer having a second strand construction such that the first braided layer is better at transmitting torque alone than the second braided layer alone, and such that second braided layer is more resistant to kinking alone than the first braided layer alone. first and second braided layers (240, 241) each of which includes one or more strands, one of the first and second braided layer disposed radially within the other and co-axial with the other; a flexible polymeric layer, the first and second braided layers at least partially embedded in the flexible polymer layer; and one or more pullwires interweaved in at least one of the first braided layer or the second braided layer, the first braided layer having a first strand construction and the second braided layer having a second strand construction such that the first braided layer is better at transmitting torque alone than the second braided layer alone, and such that second braided layer is more resistant to kinking alone than the first braided layer alone.
A method of operating a terminal device in a wireless telecommunications system employing a radio interface including an arrangement of downlink reference symbols, the method comprising: monitoring reference symbols transmitted by a base station; identifying that transmission by the base station of at least one reference symbol from the arrangement of downlink reference symbols is suppressed; determining a period of time for which to enter a reduced activity mode based on the identified at least one reference symbol for which transmission is suppressed; and initiating the reduced activity mode for the determined period of time. monitoring reference symbols transmitted by a base station; identifying that transmission by the base station of at least one reference symbol from the arrangement of downlink reference symbols is suppressed; determining a period of time for which to enter a reduced activity mode based on the identified at least one reference symbol for which transmission is suppressed; and initiating the reduced activity mode for the determined period of time.
A method at a first device of verifying a location of the first device, the method comprising: receiving first location verification data from a server, wherein the first location verification data is generated at the server using a stored location of the first device; receiving second location verification data from a second device located within a predetermined range of the first device, wherein the second location verification data is generated using a current location of the second device; and verifying that a location of the first device is within the predetermined range of the current location of the second device by comparing the second location verification data with the first location verification data. receiving first location verification data from a server, wherein the first location verification data is generated at the server using a stored location of the first device; receiving second location verification data from a second device located within a predetermined range of the first device, wherein the second location verification data is generated using a current location of the second device; and verifying that a location of the first device is within the predetermined range of the current location of the second device by comparing the second location verification data with the first location verification data.
Vitamin K for use in a method for preventing, decreasing and/or counteracting venous thrombosis risk, preferably increased venous thrombosis risk, in mammalian subjects.
Work table comprising a frame and at least one worktop equipped with electrical and/or electronic devices, with a ventilation device serving to, one one hand, cool the electrical and/or electronic devices installed in the worktop plate and, on the other hand, ventilate the cleaned and conditioned air above the worktop plate, wherein, on the bottom side of the worktop, are arranged at least a first receiving module, a second receiving module, a fan module and an exhaust air duct, wherein the fan module has a fan for drawing in the ambient air as well as a filter for cleaning the drawn-in air and is coupled to the second receiving module, both being accommodated in the same housing, and the fan module with the coupled second receiving module being both connected to the first receiving module by means of air ducts arranged on the exhaust air duct.
Polycrystalline Al 2 O 3 bodies on the basis of molten aluminium oxide with an α-aluminium oxide ratio of more than 98 wt.-%, formed of a plurality of Al 2 O 3 primary crystals with a crystallite size between 20 μm and 100 μm, characterised in that the Al 2 O 3 bodies have a closed macroporosity with a pore volume between 10 vol.-% and 30 vol.-%, wherein the mean diameter of the pores is between 10 μm and 100 μm and the maximum pore diameter is in the region of about 120 μm.
An absorbent article comprising a barrier component which is part of a backsheet, or is on forms a side panel, a side flap, a waistband, a back ear or a cuff of said article and, which comprises a nonwoven barrier sheet, comprising at least a spunbond nonwoven web with spunbond fibers and at least a meltblown nonwoven web with meltblown fibers, characterised in that said spunbond fibers have a number average fiber diameter of from 10 to 15 microns, and said meltblown fibers have a number average fiber diameter from 1 to 5 μm, and the total weight percentage (by basis weight of the nonwoven barrier sheet) of the meltblown web(s) is from 5% to 30%, said nonwoven barrier sheet has a basis weigh from 10 to 45 g/m 2.
Method for landing strip location on the basis of feature analysis of at least one image of the landing strip vicinity captured by a landing aircraft, characterised in that to determine the central landing strip axis a feature comparison of image features of the image with reflected image features of the image is carried out, features of one landing strip side are brought into coincidence with features of the other landing strip side, and the maximum similarity of the two feature images (301, 302) is achieved when the mirror axis is positioned in the centre of the landing strip as the central landing strip axis, before the feature images (301, 302) are determined the image being converted into a horizontally orientated image, a feature image and a reflected feature image each being generated from the image or the horizontally orientated image, the feature extraction taking place by determining the horizontal edge thickness in the image or the horizontally orientated image, the horizontal edge thickness being determined by convoluting the image in question using a horizontal filter mask of the form [-1, 0, 1] and subsequently taking the magnitude of the filter output, a correlation between individual lines corresponding in the feature image of the image and in the reflected feature image of the image being found so as to generate a feature comparison image, the correlation being found only for a suitably selected subset of lines in discrete line skips, and the correlation being based on the following relationship: V k = IFFT FFT M 1 k * CONJ FFT M 2 k, where FFT: fast Fourier transform; IFFT: inverse fast Fourier transform; M1: feature image; M2: reflected feature image; M1(k) and M2(k): the kth lines of the feature images; CONJ: complex conjugate. FFT: fast Fourier transform; IFFT: inverse fast Fourier transform; M1: feature image; M2: reflected feature image; M1(k) and M2(k): the kth lines of the feature images; CONJ: complex conjugate.
A method of decoding video data, the method comprising: receiving encoded data for a current block of the video data, the current block comprising one or more palette escape mode encoded samples; decoding, from the encoded data, a value indicating that the current block includes the one or more palette escape mode encoded samples; in response to determining that the value indicates that the current block includes the one or more palette escape mode encoded samples and that a current tree type for the current block is not dual tree chroma, decoding an absolute value for a luma delta quantization parameter for the current block and a sign for the luma delta quantization parameter; and reconstructing the current block based on the absolute value for the luma delta quantization parameter for the current block and the sign for the luma delta quantization parameter. receiving encoded data for a current block of the video data, the current block comprising one or more palette escape mode encoded samples; decoding, from the encoded data, a value indicating that the current block includes the one or more palette escape mode encoded samples; in response to determining that the value indicates that the current block includes the one or more palette escape mode encoded samples and that a current tree type for the current block is not dual tree chroma, decoding an absolute value for a luma delta quantization parameter for the current block and a sign for the luma delta quantization parameter; and reconstructing the current block based on the absolute value for the luma delta quantization parameter for the current block and the sign for the luma delta quantization parameter.
A subsea fuse device (100, 200) exposed to a high ambient pressure when deployed, comprising: - a fuse housing, and - a fuse wire comprising a first end section (102, 202), a second end section (103, 203), and a central section (104, 204, 404), the fuse housing comprising: - a pressure-resistant outer envelope (101, 201) made of an isolating material enclosing a low-pressure hollow space (107, 207), wherein the central section (104,204) of the fuse wire is arranged within the low-pressure hollow space (107,207), characterized by, - a first metalized feedthrough (105, 205), - a second metalized feedthrough (106, 206) which is electrically isolated from the first feedthrough (105, 205) by the outer envelope, wherein - the first end section (102, 202) of the fuse wire is extending through the first metalized feedthrough (105, 205), - the first metalized feedthrough (105, 205) is electrically and mechanically connected to the first end section (102, 202) of the fuse wire thereby sealing the first feedthrough (105, 205), - the second end section (103, 203) of the fuse wire is extending through the second metalized feedthrough (106, 206), and - the second metalized feedthrough (106, 206) is electrically and mechanically connected to the second end section (103, 203) of the fuse wire thereby sealing the second feedthrough (106, 206). - a fuse housing, and - a fuse wire comprising a first end section (102, 202), a second end section (103, 203), and a central section (104, 204, 404), - a pressure-resistant outer envelope (101, 201) made of an isolating material enclosing a low-pressure hollow space (107, 207), wherein the central section (104,204) of the fuse wire is arranged within the low-pressure hollow space (107,207), characterized by, - a first metalized feedthrough (105, 205), - a second metalized feedthrough (106, 206) which is electrically isolated from the first feedthrough (105, 205) by the outer envelope, wherein - the first end section (102, 202) of the fuse wire is extending through the first metalized feedthrough (105, 205), - the first metalized feedthrough (105, 205) is electrically and mechanically connected to the first end section (102, 202) of the fuse wire thereby sealing the first feedthrough (105, 205), - the second end section (103, 203) of the fuse wire is extending through the second metalized feedthrough (106, 206), and - the second metalized feedthrough (106, 206) is electrically and mechanically connected to the second end section (103, 203) of the fuse wire thereby sealing the second feedthrough (106, 206).
Cup lid comprising a main lid body and a lid side wall which surrounds the main lid body along the circumference of the main lid body, wherein the main lid body has the form of an upturned bucket and comprises a top side and a side-wall portion, wherein, at the top side, provision is made of a hole for drinking by sucking and a hole for drinking directly, which holes are connected to one another, and wherein the hole for drinking by sucking is covered by a first seal part and the hole for drinking directly is covered by a second seal part; wherein a separating line is arranged between the first seal part and the second seal part; wherein the side-wall portion of the main lid body bears against an inner wall of the lid side wall, wherein a base of the lid side wall is folded inwards so as to cover the side-wall portion of the main lid body; characterized in that an inwardly protruding convex locking ring is arranged on an inner wall of the side-wall portion of the main lid body.
Transmitting device for a multicarrier wireless communication system, the transmitting device comprising: a processor, and a transmitter; wherein the processor is configured to generate a fractional Orthogonal Frequency Division Multiplexing, OFDM, symbol based on an adjacent OFDM symbol, wherein the fractional OFDM symbol is a cyclic extension of the adjacent OFDM symbol such that a modulation symbol of each subcarrier in the fractional OFDM symbol is the same modulation symbol as a modulation symbol of the corresponding subcarrier in the adjacent OFDM symbol, wherein the fractional OFDM symbol has a varying length depending on a clear channel assessment, CCA, process; wherein the transmitter is configured to transmit a multicarrier signal comprising the fractional OFDM symbol and the adjacent OFDM symbol, once the channel has been determined as being clear by the clear channel assessment, CCA, process. a processor, and a transmitter; wherein the processor is configured to generate a fractional Orthogonal Frequency Division Multiplexing, OFDM, symbol based on an adjacent OFDM symbol, wherein the fractional OFDM symbol is a cyclic extension of the adjacent OFDM symbol such that a modulation symbol of each subcarrier in the fractional OFDM symbol is the same modulation symbol as a modulation symbol of the corresponding subcarrier in the adjacent OFDM symbol, wherein the fractional OFDM symbol has a varying length depending on a clear channel assessment, CCA, process; wherein the transmitter is configured to transmit a multicarrier signal comprising the fractional OFDM symbol and the adjacent OFDM symbol, once the channel has been determined as being clear by the clear channel assessment, CCA, process.
An ultrasonic fluid meter comprising: a conduit in which a fluid can flow; an ultrasonic measuring device comprising an upstream transducer and a downstream transducer which are piezoelectric transducers and which are configured to emit and receive ultrasonic signals in the conduit, the ultrasonic measuring device being configured to evaluate a current flow rate of the fluid from times of flight of the ultrasonic signals between the upstream transducer and the downstream transducer; a valve positioned along a length of the conduit between the upstream transducer and the downstream transducer, the valve comprising a movable member which extends in the conduit and for which a current position can be regulated in order to control the current flow rate of the fluid; a position sensor configured to measure the current position of the movable member; characterized in that the fluid meter further comprises: a processing circuit which, if the current position of the movable member is such that the current flow rate cannot be measured by the ultrasonic measuring device, is configured to evaluate the current flow rate as a function of the current position of the movable member and of a pressure value which is representative of a difference between a second pressure of the fluid in the conduit downstream of the valve and a first pressure of the fluid in the conduit upstream of the valve, the first pressure being evaluated from a first electrical impedance of the upstream transducer and the second pressure being evaluated from a second electrical impedance of the downstream transducer. a conduit in which a fluid can flow; an ultrasonic measuring device comprising an upstream transducer and a downstream transducer which are piezoelectric transducers and which are configured to emit and receive ultrasonic signals in the conduit, the ultrasonic measuring device being configured to evaluate a current flow rate of the fluid from times of flight of the ultrasonic signals between the upstream transducer and the downstream transducer; a valve positioned along a length of the conduit between the upstream transducer and the downstream transducer, the valve comprising a movable member which extends in the conduit and for which a current position can be regulated in order to control the current flow rate of the fluid; a position sensor configured to measure the current position of the movable member;
A method for a user equipment to transmit Channel State Information, CSI, in a wireless communication system, comprising: receiving a first CSI-Reference Signal, CSI-RS, associated with a CSI-RS resource of a non-precoded CSI-RS type from a base station; reporting a first Precoding Matrix Indicator, PMI, derived based on the first CSI-RS to the base station; receiving a second CSI-RS associated with one CSI-RS resource of a beamformed CSI-RS type from the base station; and reporting a second Rank Indicator, RI, a Channel Quality Indicator, CQI, and a second PMI derived based on the second CSI-RS to the base station, characterized in that when a periodic CSI reporting is triggered, a reporting period of the first PMI is configured as a first integer multiple of a reporting period of the second RI and the reporting period of the second RI is configured as a second integer multiple of a reporting period of the CQI and the second PMI, wherein reporting the first PMI corresponds to reporting additionally a first RI associated with the first PMI along with the first PMI when the user equipment supports up to eight layers, and wherein the first RI is not additionally reported along with the first PMI when the user equipment supports up to two layers. receiving a first CSI-Reference Signal, CSI-RS, associated with a CSI-RS resource of a non-precoded CSI-RS type from a base station; reporting a first Precoding Matrix Indicator, PMI, derived based on the first CSI-RS to the base station; receiving a second CSI-RS associated with one CSI-RS resource of a beamformed CSI-RS type from the base station; and reporting a second Rank Indicator, RI, a Channel Quality Indicator, CQI, and a second PMI derived based on the second CSI-RS to the base station, characterized in that when a periodic CSI reporting is triggered, a reporting period of the first PMI is configured as a first integer multiple of a reporting period of the second RI and the reporting period of the second RI is configured as a second integer multiple of a reporting period of the CQI and the second PMI, wherein reporting the first PMI corresponds to reporting additionally a first RI associated with the first PMI along with the first PMI when the user equipment supports up to eight layers, and wherein the first RI is not additionally reported along with the first PMI when the user equipment supports up to two layers.
A brain interaction apparatus operatively connected to a cranial anchor, said brain interaction apparatus comprising: a plurality of filaments; a brain invasive launcher having a plurality of launching channels extending in a longitudinal direction between a proximal end and a distal end thereof, each launching channel being configured for holding a filament moveably arranged therein, the filament being one of the plurality of filaments; characterized in that at least one of the plurality of filaments is provided with a steering tip affixed to a distal end thereof, wherein the steering tip comprises a portion tapering in a longitudinal direction of the at least one of the plurality of filaments thereby narrowing toward a distal end of the steering tip, the tapered portion being rotationally asymmetrical about a longitudinal axis of the at least one of the plurality of filaments. a plurality of filaments; a brain invasive launcher having a plurality of launching channels extending in a longitudinal direction between a proximal end and a distal end thereof, each launching channel being configured for holding a filament moveably arranged therein, the filament being one of the plurality of filaments; characterized in that at least one of the plurality of filaments is provided with a steering tip affixed to a distal end thereof, wherein the steering tip comprises a portion tapering in a longitudinal direction of the at least one of the plurality of filaments thereby narrowing toward a distal end of the steering tip, the tapered portion being rotationally asymmetrical about a longitudinal axis of the at least one of the plurality of filaments.
Method of delivering content via a network from a server to a client having a first network interface, comprising the client providing a request for content to the server via a first vector wherein the first vector relates to a path within a specific network technology and is associated to the first network interface; the server receiving context information about the context of the client wherein the context information comprises information about the client device, its local environment which can ongoingly change while the client is moving and its network links or network interfaces and their availability; the server separating the content to be delivered to the client in accordance with the request into small content and large content; the server defining a transfer procedure for the large content based on the context information; the server providing a first response to the client via the first vector wherein the first response comprises the small content and information about the transfer procedure of the large content; and the client receiving the large content in accordance with the information about the transfer procedure of the large content.