mhurhangee/ep-ind-claims huggingface dataset:
A method to generate sequences used for wireless communication systems, the method comprising following steps: setting initial sequences to a first set of sequences; obtaining a second set of sequences by projecting the first set of sequences to a space of tight frames; obtaining a third set of sequences by projecting each of subsets of the second set of sequences to a space of orthogonal matrices; obtaining a forth set of sequences by projecting the third set of sequences to a space of circulant matrices; obtaining a fifth set of sequences by projecting the forth set of sequences to a space of matrices with a minimum peak to average power ratio, PAPR; iterating said steps at least once by setting the fifth set of sequences to the first set of sequences; characterized in that it further comprises the following steps: obtaining a sixth set of sequences by projecting each element of the fifth set of sequences after the iterating step has been executed to a nearest quadrature phase-shift keying, QPSK, constellation point; outputting the sixth set of sequences; converting the sixth set of sequences into a time domain representation by performing an inverse discrete Fourier Transform, IDFT, on the sixth set of sequences to produce a seventh set of sequences (1004, 1006); evaluating a cubic metric of each sequence of the seventh set of sequences; removing a sequence from the seventh set of sequences if the cubic metric exceeds a threshold to form a eighth set of sequences; and forming a ninth set of sequences to obtain a minimum maximum cross-correlation from the eighth set of sequences. setting initial sequences to a first set of sequences; obtaining a second set of sequences by projecting the first set of sequences to a space of tight frames; obtaining a third set of sequences by projecting each of subsets of the second set of sequences to a space of orthogonal matrices; obtaining a forth set of sequences by projecting the third set of sequences to a space of circulant matrices; obtaining a fifth set of sequences by projecting the forth set of sequences to a space of matrices with a minimum peak to average power ratio, PAPR; iterating said steps at least once by setting the fifth set of sequences to the first set of sequences; obtaining a sixth set of sequences by projecting each element of the fifth set of sequences after the iterating step has been executed to a nearest quadrature phase-shift keying, QPSK, constellation point; outputting the sixth set of sequences; converting the sixth set of sequences into a time domain representation by performing an inverse discrete Fourier Transform, IDFT, on the sixth set of sequences to produce a seventh set of sequences (1004, 1006); evaluating a cubic metric of each sequence of the seventh set of sequences; removing a sequence from the seventh set of sequences if the cubic metric exceeds a threshold to form a eighth set of sequences; and forming a ninth set of sequences to obtain a minimum maximum cross-correlation from the eighth set of sequences.
Method for the production of L-cysteine and its derivatives L-cystine and thiazolidine by means of fermentation of a cysteine-producing microorganism strain of the Enterobacteriaceae family in a fermentation medium in a preculture and a main culture in a fermenter, which is characterized in that L-methionine, L-isoleucine or L-threonine are added to the fermentation medium in the main culture each in a concentration range from 0.5 to 5 g/l.
Method for producing a wall of a structure made of concrete, wherein the wall is produced without lateral formwork by applying concrete in layers lying over one another, characterized in that, after the application and at least partial setting of at least part of the layers, at least one reinforcing bar (7, 8) is screwed into the wall and projects through at least this part of the layers.
Cleaning head comprising a wet cleaning device comprising: - a mop support on which a mop is intended to be mounted, - a cleaning liquid reservoir which is located above the mop support and which is configured to supply a mop with cleaning liquid mounted on the mop support, the cleaning liquid reservoir comprising a liquid outlet provided in a lower part of the cleaning liquid reservoir, - a blocking member which extends in an extension axis and which is movably mounted in translation in a translation direction, which is substantially parallel to the extension axis, with respect to the cleaning liquid reservoir between a blocking position, wherein the blocking member blocks the liquid outlet and a release position wherein the blocking member releases the liquid outlet, - a lower annular seal which is arranged substantially coaxially to the extension axis and which is configured to prevent a cleaning liquid flow through the liquid outlet when the blocking member occupies the blocking position, and - an upper annular seal which is arranged substantially coaxially to the extension axis and which is axially offset, about the extension axis of the blocking member, with respect to the lower annular seal, characterised in that the upper annular seal is configured to perform a sealing, by axial contact, between a first annular surface provided on the blocking member and a second annular surface provided on the cleaning liquid reservoir when the blocking member occupies the blocking position. - a mop support on which a mop is intended to be mounted, - a cleaning liquid reservoir which is located above the mop support and which is configured to supply a mop with cleaning liquid mounted on the mop support, the cleaning liquid reservoir comprising a liquid outlet provided in a lower part of the cleaning liquid reservoir, - a blocking member which extends in an extension axis and which is movably mounted in translation in a translation direction, which is substantially parallel to the extension axis, with respect to the cleaning liquid reservoir between a blocking position, wherein the blocking member blocks the liquid outlet and a release position wherein the blocking member releases the liquid outlet, - a lower annular seal which is arranged substantially coaxially to the extension axis and which is configured to prevent a cleaning liquid flow through the liquid outlet when the blocking member occupies the blocking position, and - an upper annular seal which is arranged substantially coaxially to the extension axis and which is axially offset, about the extension axis of the blocking member, with respect to the lower annular seal, characterised in that the upper annular seal is configured to perform a sealing, by axial contact, between a first annular surface provided on the blocking member and a second annular surface provided on the cleaning liquid reservoir when the blocking member occupies the blocking position.
A method for distribution of audiovisual content to video display devices (P1, P2, P3, P4, P5, P6) interconnected in a peer-to-peer network, the method being implemented by a coordinating device (600, CP), wherein the method comprises: receiving, from one of said video display devices, referred to as requesting device, a request for receiving a video content, said requesting device belonging to a cluster of video display devices and said requesting device requiring a number of consecutive monoscopic views of said requested video content for rendering on said requesting device according to a display type of said requesting device; selecting, for said requesting device, at least one monoscopic view that is not available from the video display devices in said cluster and that contributes to completing a set of consecutive monoscopic views of said requested video content for at least one video display device in said cluster other than said requesting device, as a function of a network cost, calculated for the video display devices in the cluster, for obtaining other monoscopic views of said video content that are also not available from the video display devices in the cluster and that also contribute to completing a set of consecutive monoscopic views for said video content for a video display device in said cluster other than the requesting device; transmitting, to said requesting device, a list of video display devices and associated monoscopic views, said list comprising at least one video display device not in said cluster for providing said selected at least one monoscopic view. receiving, from one of said video display devices, referred to as requesting device, a request for receiving a video content, said requesting device belonging to a cluster of video display devices and said requesting device requiring a number of consecutive monoscopic views of said requested video content for rendering on said requesting device according to a display type of said requesting device; selecting, for said requesting device, at least one monoscopic view that is not available from the video display devices in said cluster and that contributes to completing a set of consecutive monoscopic views of said requested video content for at least one video display device in said cluster other than said requesting device, as a function of a network cost, calculated for the video display devices in the cluster, for obtaining other monoscopic views of said video content that are also not available from the video display devices in the cluster and that also contribute to completing a set of consecutive monoscopic views for said video content for a video display device in said cluster other than the requesting device; transmitting, to said requesting device, a list of video display devices and associated monoscopic views, said list comprising at least one video display device not in said cluster for providing said selected at least one monoscopic view.
Apparatus for producing and dispensing physiological, therapeutic or chemotherapeutic aqueous flushing solutions, including a water section for producing ultrapure water, wherein the water section includes a heat exchanger (W 1), a feed container (B v), a membrane (M 1) and a heating device (H 1), a mixing system for mixing the ultrapure water with a flushing concentrate so that a flushing solution is produced, wherein the mixing system includes a degasification device (B E) for the ultrapure water, a mixing container (B M) and subsequently a pump (P 5), and an application section for dispensing the flushing solution, wherein the application section includes a sterile filter (SF 1) and a connection device, to which a bag, a catheter or a flushing lance is selectively connectable, wherein the pump (P 5) is adjustable so that the flushing pressure is variable.
A method for reducing switching frequency spurious emissions, or spurious emissions at multiples of the switching frequency, of a current or voltage converter (1, 15, 22, 43) having at least one power switch (11, 12, 16, 17, 24 to 27) which is actuated with an actuating signal (13, 14, 20, 21, 38 to 41), wherein each actuating signal (13, 14, 20, 21, 38 to 41) comprises switch-on pulses spaced apart from one another and has a fixed clock frequency, - wherein pulse widths of the switch-on pulses are modulated in order to meet a setpoint for a current or a voltage in or at the current or voltage converter (1, 15, 22, 43), - wherein the pulse widths are additionally varied more quickly and more strongly than is appropriate for meeting the setpoint in order to change the spectrum of the spurious emissions, and - wherein changes to the pulse widths in their additional variation as compared to the pulse widths which would result only owing to their modulation to meet the setpoint are made on the basis of successive groups of changes, - which each extend over a predefined number of successive switch-on pulses, and - in which a sum of the changes is zero in each case, characterized in - that the successive groups of changes are varied with respect to absolute values of the changes, and - that each group of changes extends over the same number of successive switch-on pulses, whererin the absolute values of the changes of successive groups of changes differ by a scaling factor. - wherein pulse widths of the switch-on pulses are modulated in order to meet a setpoint for a current or a voltage in or at the current or voltage converter (1, 15, 22, 43), - wherein the pulse widths are additionally varied more quickly and more strongly than is appropriate for meeting the setpoint in order to change the spectrum of the spurious emissions, and - wherein changes to the pulse widths in their additional variation as compared to the pulse widths which would result only owing to their modulation to meet the setpoint are made on the basis of successive groups of changes, - which each extend over a predefined number of successive switch-on pulses, and - in which a sum of the changes is zero in each case, characterized in - which each extend over a predefined number of successive switch-on pulses, and - in which a sum of the changes is zero in each case, - that the successive groups of changes are varied with respect to absolute values of the changes, and - that each group of changes extends over the same number of successive switch-on pulses, whererin the absolute values of the changes of successive groups of changes differ by a scaling factor.
A nickel-basis ferrite material comprising: iron (Fe) component, nickel (Ni) component, copper (Cu) component, zinc (Zn) component and magnesium (Mg) component, wherein a sulfur content of ferrite powder in a rawmaterial stage is contained in a range of from 300 ppm to 900 ppm on S basis, and a chlorine content of said ferrite powder is contained not higher than 100 ppm on Cl basis, while a sulfur content of a ferrite sinter after burning is contained not higher than 100 ppm on S basis, and a chlorine content of said ferrite sinter is contained not higher than 25 ppm on Cl basis. iron (Fe) component, nickel (Ni) component, copper (Cu) component, zinc (Zn) component and magnesium (Mg) component, wherein a sulfur content of ferrite powder in a rawmaterial stage is contained in a range of from 300 ppm to 900 ppm on S basis, and a chlorine content of said ferrite powder is contained not higher than 100 ppm on Cl basis, while a sulfur content of a ferrite sinter after burning is contained not higher than 100 ppm on S basis, and a chlorine content of said ferrite sinter is contained not higher than 25 ppm on Cl basis.
A parking camera system, the system including: a plurality of cameras (101, 102, 103, 104) equipped with a vehicle; an image synthesizer (110 for synthesizing images photographed by the plurality of cameras (101, 102, 103, 104); and an estimated travel trajectory generating and overlaying processor for generating an estimated travel trajectory of the vehicle by receiving steering angle information of the vehicle, and synthesizing the estimated travel trajectory of the vehicle with the images synthesized by the image synthesizer, wherein the plurality of cameras (101, 102, 103, 104) includes a first camera installed in front of the vehicle, a second camera installed at a rear of the vehicle, a third camera installed at a left side of the vehicle, and a fourth camera installed at a right side of the vehicle, wherein the estimated travel trajectory generating and overlaying processor is connected to a display unit displaying an ambient image of vehicle synthesized with the estimated travel trajectory of the vehicle, characterized in that the ambient images of vehicle synthesized with the estimated travel trajectory of the vehicle are displayed about a vehicle image on the display unit, and wherein an image photographed by the first camera is positioned at the front of the vehicle image, an image photographed by the second camera is positioned at the rear of the vehicle image, an image photographed by the third camera is positioned at the left side of the vehicle image, and an image photographed by the fourth camera is positioned at the right side of the vehicle image.
Method for regulating a cooking process of a cooking product in a cooking chamber of a steam cooking apparatus with a heating system (19a, 19b), preferably a steamer device, wherein during said cooking process at least periodically, during a measuring phase, a concentration of a gas passing out of said cooking product or a moisture content in said cooking chamber with a cooking product introduced is detected by a sensor system over time (t), wherein during the measuring phase an introduction of moisture or steam into said cooking chamber is ceased and the sensor system is evaluated or the measured values thereof are evaluated with respect to time dependent behaviour over a given time, wherein for a predetermined cooking process with fixed times for supply of steam on a basis of said evaluation of said sensor system during the measuring phase an end of cooking is determined, characterized in that further the following step is performed: a) prior to the measuring phase, during a steam phase, steam is introduced into said cooking chamber and the cooking product is steamed, respectively, wherein following the steam phase and prior to the measuring phase during a ventilating phase, a steam supply is ended and the concentration of steam and moisture, respectively, in the cooking chamber are at least significantly reduced by ventilation. a) prior to the measuring phase, during a steam phase, steam is introduced into said cooking chamber and the cooking product is steamed, respectively, wherein following the steam phase and prior to the measuring phase during a ventilating phase, a steam supply is ended and the concentration of steam and moisture, respectively, in the cooking chamber are at least significantly reduced by ventilation.
A method of obtaining electronic horizon data for use by applications that use the electronic horizon data to provide assistance to a driver of a vehicle while driving, characterised in that the method comprises: receiving messages that include an identification of electronic horizon data, wherein the electronic horizon data includes data representing all paths along road segments that the vehicle can travel from the vehicle's current position out to an extent associated with a threshold; and obtaining the electronic horizon data using the identification when a driver assistance application is ready to receive new electronic horizon data. receiving messages that include an identification of electronic horizon data, wherein the electronic horizon data includes data representing all paths along road segments that the vehicle can travel from the vehicle's current position out to an extent associated with a threshold; and obtaining the electronic horizon data using the identification when a driver assistance application is ready to receive new electronic horizon data.
A composition comprising water insoluble lipidated glycosaminoglycan particles comprising a plurality of lipids forming a particulate lipid composition, and a nucleic acid encapsulated within the particles, wherein the weight ratio of the nucleic acid to lipids is less than 1:1.
An Link Aggregation Control Protocol, LACP, negotiation processing method, comprising the steps of: receiving, by a relay node located between a first node and a second node, LACP packets; acquiring, by the relay node, first link information between the relay node and the first node according to an LACP packet sent by the first node, and acquiring second link information between the relay node and the second node according to an LACP packet sent by the second node; wherein: the first link information is a first triplet comprising a first partner port number of the relay node; the media access control, MAC, address of the first node, and an actor port number of the first node; and the second link information is a second triplet comprising a second partner port number of the relay node, the MAC address of the second node and an actor port number of the second node; establishing, by the relay node, a correspondence between the first link information and the second link information; and forwarding, by the relay node according to the correspondence, to the second node, the LACP packet sent by the first node over a link corresponding to the first link information, and forwarding, to the first node according to the correspondence, the LACP packet sent by the second node over a link corresponding to the second link information. receiving, by a relay node located between a first node and a second node, LACP packets; acquiring, by the relay node, first link information between the relay node and the first node according to an LACP packet sent by the first node, and acquiring second link information between the relay node and the second node according to an LACP packet sent by the second node; wherein: the first link information is a first triplet comprising a first partner port number of the relay node; the media access control, MAC, address of the first node, and an actor port number of the first node; and the second link information is a second triplet comprising a second partner port number of the relay node, the MAC address of the second node and an actor port number of the second node; establishing, by the relay node, a correspondence between the first link information and the second link information; and forwarding, by the relay node according to the correspondence, to the second node, the LACP packet sent by the first node over a link corresponding to the first link information, and forwarding, to the first node according to the correspondence, the LACP packet sent by the second node over a link corresponding to the second link information.
Sanitary outlet fitting, comprising - an outlet tube, - a fluid duct within the outlet tube, which duct extends from a fluid input into the outlet tube to a fluid output out of the outlet tube, - a volume regulator element disposed in an insert portion of the fluid duct, which regulator element sets the fluid volume deliverable at the fluid output of the fluid duct in an automatically controllable manner, - wherein the insert portion is located in the region of the fluid input, and/or wherein the outlet tube comprises a U-shaped tube bend portion having a concave curvature in an operating position, in the region of the tube bend portion the fluid duct extends with formation of an upper reversal point (P U) in the operating position, and the insert portion is located upstream of the upper reversal point (P U), and - a fastening sleeve on an input side of the outlet tube, wherein the outlet tube is received in the interior of the outlet tube, the outlet tube is pivotably held on the fastening sleeve by a pivot bearing means, and the fastening sleeve comprises a fastening means for fastening to a tube supporting part, and an insert receptacle in which an insert body including the volume regulator element is received. - an outlet tube, - a fluid duct within the outlet tube, which duct extends from a fluid input into the outlet tube to a fluid output out of the outlet tube, - a volume regulator element disposed in an insert portion of the fluid duct, which regulator element sets the fluid volume deliverable at the fluid output of the fluid duct in an automatically controllable manner, - wherein the insert portion is located in the region of the fluid input, and/or wherein the outlet tube comprises a U-shaped tube bend portion having a concave curvature in an operating position, in the region of the tube bend portion the fluid duct extends with formation of an upper reversal point (P U) in the operating position, and the insert portion is located upstream of the upper reversal point (P U), and - a fastening sleeve on an input side of the outlet tube, wherein the outlet tube is received in the interior of the outlet tube, the outlet tube is pivotably held on the fastening sleeve by a pivot bearing means, and the fastening sleeve comprises a fastening means for fastening to a tube supporting part, and an insert receptacle in which an insert body including the volume regulator element is received.