mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: determining, at a network device, that a Preconfigured Uplink Resource is to be adjusted, based on data transmission from a terminal device to the network device; in response to determining that the Preconfigured Uplink Resource is to be adjusted, determining a set of resources to be allocated for further transmission from the terminal device to the network device based on a first Transport Block Size associated with the further transmission; transmitting, to the terminal device, an indication indicating that the terminal device is to be transited from an idle mode to a connected mode via a Narrow Physical Downlink Control Channel scrambled with a Preconfigured Uplink Resource Radio Network Temporary Identity allocated for the terminal device; and in response to the terminal device re-establishing a connected mode connection with the network device based on the terminal device receiving the indication from the network device, the method further comprising: generating reconfiguration information of the Preconfigured Uplink Resource based on the set of the resources; and transmitting the reconfiguration information to the terminal device. determining, at a network device, that a Preconfigured Uplink Resource is to be adjusted, based on data transmission from a terminal device to the network device; in response to determining that the Preconfigured Uplink Resource is to be adjusted, determining a set of resources to be allocated for further transmission from the terminal device to the network device based on a first Transport Block Size associated with the further transmission; transmitting, to the terminal device, an indication indicating that the terminal device is to be transited from an idle mode to a connected mode via a Narrow Physical Downlink Control Channel scrambled with a Preconfigured Uplink Resource Radio Network Temporary Identity allocated for the terminal device; and in response to the terminal device re-establishing a connected mode connection with the network device based on the terminal device receiving the indication from the network device, the method further comprising: generating reconfiguration information of the Preconfigured Uplink Resource based on the set of the resources; and transmitting the reconfiguration information to the terminal device. generating reconfiguration information of the Preconfigured Uplink Resource based on the set of the resources; and transmitting the reconfiguration information to the terminal device.
Method for compiling a depth map of an acquisition zone of the earth's surface, an underground pipeline being arranged in said acquisition zone and the method having the following method steps: - capturing at least one image sequence using at least one camera, wherein the image sequence comprises a plurality of at least partly overlapping individual captures of the acquisition zone; - determining the position and orientation of the camera corresponding to each individual capture; characterised by - determining a preferably averaged spatial position and orientation of the underground pipeline arranged in the acquisition zone from reference data; - compiling the depth map of the acquisition zone using a plane-sweep method on the basis of the individual captures and the respectively associated camera poses; - wherein the maximum depth range of the plane-sweep method is subdivided adaptively, namely as a function of a predetermined minimum layer thickness for the soil covering the underground pipeline, into a total of N portions (i), by means of a predetermined number of planes spaced differently from one another and extending parallel to one another, whereby a predetermined portion height (D i) is assigned to each individual one of the N portions (i), and - wherein the orientation of the planes extends parallel to the orientation of the underground pipeline. - capturing at least one image sequence using at least one camera, wherein the image sequence comprises a plurality of at least partly overlapping individual captures of the acquisition zone; - determining the position and orientation of the camera corresponding to each individual capture; - determining a preferably averaged spatial position and orientation of the underground pipeline arranged in the acquisition zone from reference data; - compiling the depth map of the acquisition zone using a plane-sweep method on the basis of the individual captures and the respectively associated camera poses; - wherein the maximum depth range of the plane-sweep method is subdivided adaptively, namely as a function of a predetermined minimum layer thickness for the soil covering the underground pipeline, into a total of N portions (i), by means of a predetermined number of planes spaced differently from one another and extending parallel to one another, whereby a predetermined portion height (D i) is assigned to each individual one of the N portions (i), and - wherein the orientation of the planes extends parallel to the orientation of the underground pipeline.
A method of assigning at least one precoding vector to at least one mobile station (41, 42, 43), said method comprising the step of: - receiving at a base station one or more indices of at least one preferred precoding vector, said indices have been selected by a mobile station (41, 42, 43) associated with the base station from a code book comprising indexed precoding vectors and have been reported to the base station via an uplink channel (1002, 2002, 3002), characterized in that the method comprises the steps of: - receiving at said base station one or more indices of at least one preferred companion precoding vector, said indices have been selected by the mobile station (41, 42, 43) from said code book and have been reported to the base station via the uplink channel (1002, 2002, 3002), wherein said at least one preferred companion precoding vector is a precoding vector that shall preferably be used by said base station for other mobile stations (41, 42, 43) served by said base station on a same time/frequency resource, and - assigning by said base station to said at least one mobile station (41, 42, 43) associated with said base station a precoding vector based on said received one or more indices of said at least one preferred precoding vector and based on said received one or more indices of said at least one preferred companion precoding vector. - receiving at a base station one or more indices of at least one preferred precoding vector, said indices have been selected by a mobile station (41, 42, 43) associated with the base station from a code book comprising indexed precoding vectors and have been reported to the base station via an uplink channel (1002, 2002, 3002), - receiving at said base station one or more indices of at least one preferred companion precoding vector, said indices have been selected by the mobile station (41, 42, 43) from said code book and have been reported to the base station via the uplink channel (1002, 2002, 3002), wherein said at least one preferred companion precoding vector is a precoding vector that shall preferably be used by said base station for other mobile stations (41, 42, 43) served by said base station on a same time/frequency resource, and - assigning by said base station to said at least one mobile station (41, 42, 43) associated with said base station a precoding vector based on said received one or more indices of said at least one preferred precoding vector and based on said received one or more indices of said at least one preferred companion precoding vector.
A system for generating content for an encrypted package, the system comprising: at least one processor; and at least one memory including instructions which when executed by the at least one processor, causes the at least one processor to: receive a package including one or more anti-tamper hash portions and encrypted data, the encrypted data including one or more seed portions and one or more instructions, decrypt a portion of the encrypted data including the one or more instructions and the one or more seed portions, generate data based on the execution of the one or more instructions, wherein the one or more instructions operate on the one or more seed portions, encrypt the generated data, the system being characterised in that the instructions cause the at least one processor to validate the generated data utilizing one or more anti-tamper hashes from the anti-tamper hash portion of the package by: generating a hash value based on an encrypted portion of the generated data; receiving a hash value from the anti-tamper hash portion of the package; and comparing the generated hash value to the received hash value. at least one processor; and at least one memory including instructions which when executed by the at least one processor, causes the at least one processor to: receive a package including one or more anti-tamper hash portions and encrypted data, the encrypted data including one or more seed portions and one or more instructions, decrypt a portion of the encrypted data including the one or more instructions and the one or more seed portions, generate data based on the execution of the one or more instructions, wherein the one or more instructions operate on the one or more seed portions, encrypt the generated data, receive a package including one or more anti-tamper hash portions and encrypted data, the encrypted data including one or more seed portions and one or more instructions, decrypt a portion of the encrypted data including the one or more instructions and the one or more seed portions, generate data based on the execution of the one or more instructions, wherein the one or more instructions operate on the one or more seed portions, encrypt the generated data, generating a hash value based on an encrypted portion of the generated data; receiving a hash value from the anti-tamper hash portion of the package; and comparing the generated hash value to the received hash value.
Length measuring device comprising a carrier which extends longitudinally in a measuring direction and has a scale arranged thereon, a scanning carriage for scanning a measuring graduation of the scale, the scanning carriage being longitudinally guided on at least one guide surface (18.1-18.3) in the measuring direction, a coupling via which the scanning carriage is rigidly coupled to a driver in the measuring direction and is coupled in a flexible manner to the driver transversely to the measuring direction, the coupling comprising a coupling element which is arranged between a first coupling point on the scanning carriage and a second coupling point on the driver, wherein, at the second coupling point, the coupling element is attached to the driver via a flexure joint, characterized in that the flexure joint is a leaf spring, the flexure joint being designed to carry the coupling element freely rotatably in relation to the driver about a first axis of rotation which runs perpendicularly to a plane of the measuring graduation, and the coupling element has a lower density than steel and/or a higher modulus of elasticity than steel. a carrier which extends longitudinally in a measuring direction and has a scale arranged thereon, a scanning carriage for scanning a measuring graduation of the scale, the scanning carriage being longitudinally guided on at least one guide surface (18.1-18.3) in the measuring direction, a coupling via which the scanning carriage is rigidly coupled to a driver in the measuring direction and is coupled in a flexible manner to the driver transversely to the measuring direction, the coupling comprising a coupling element which is arranged between a first coupling point on the scanning carriage and a second coupling point on the driver, wherein, at the second coupling point, the coupling element is attached to the driver via a flexure joint, characterized in that the flexure joint is a leaf spring, the flexure joint being designed to carry the coupling element freely rotatably in relation to the driver about a first axis of rotation which runs perpendicularly to a plane of the measuring graduation, and the coupling element has a lower density than steel and/or a higher modulus of elasticity than steel.
An aqueous ophthalmic solution comprising nanomicelles in a physiologically acceptable buffer, having a pH of 5.0 to 8.0, wherein dexamethasone at a concentration ranging from about 0.01 % w/v to about 1.00 % w/v is solubilized through entrapment in a mixed micellar hydrophobic core with a corona composed of hydrophilic chains extending from the hydrophobic core, wherein the nanomicelles comprise vitamin E tocopherol polyethylene glycol succinate (TPGS) at a concentration ranging from about 2.0 % w/v to about 5.0 % w/v stabilized with octoxynol-40 at a concentration ranging from about 1.0 % w/v to about 3.0 % w/v.
A device, especially a storage module, for supplying power, especially for the power supply of a motor vehicle, having • a cell stack with a plurality of storage cells which each have a storage cell housing, • a front and a rear plate-like element which are respectively interconnected by a left and a right clamping element, wherein the cell stack is clamped between the plate-like elements by the clamping elements, • an outer wall insulation is provided which electrically insulates the cell stack in respect of the plate-like elements and/or the clamping elements, and • a heat-conducting element which is thermally coupled in an electrically insulating manner to undersides of the storage cell housings via a floor insulation, wherein heat evolving in the storage cells is released to the heat-conducting element via the floor insulation, characterised in that • the outer wall insulation extends annularly or in a sleeve-like manner along outer walls of storage cells around the cell stack and from a region of the storage cell housings near the undersides to upper sides of the storage cell housings, and • the outer wall insulation and the floor insulation overlap one another in order to achieve a minimum creep path between the storage cell housings on the one hand and between the plate-like elements and the clamping elements on the other hand. • a cell stack with a plurality of storage cells which each have a storage cell housing, • a front and a rear plate-like element which are respectively interconnected by a left and a right clamping element, wherein the cell stack is clamped between the plate-like elements by the clamping elements, • an outer wall insulation is provided which electrically insulates the cell stack in respect of the plate-like elements and/or the clamping elements, and • a heat-conducting element which is thermally coupled in an electrically insulating manner to undersides of the storage cell housings via a floor insulation, wherein heat evolving in the storage cells is released to the heat-conducting element via the floor insulation, • the outer wall insulation extends annularly or in a sleeve-like manner along outer walls of storage cells around the cell stack and from a region of the storage cell housings near the undersides to upper sides of the storage cell housings, and • the outer wall insulation and the floor insulation overlap one another in order to achieve a minimum creep path between the storage cell housings on the one hand and between the plate-like elements and the clamping elements on the other hand.
A method for monitoring a control parameter of a polymerization reaction mixture in heterogeneous phase comprising the steps of: (a) acquiring at least one Near Infrared Spectroscopy, NIR, reflectance spectrum of said mixture; (b) calculating a value of said control parameter by means of a calibration curve which correlates the NIR reflectance spectrum with the values of said control parameter measured with a reference measurement method; characterized in that said control parameter is the average size of the polymer particles which are formed during said polymerization reaction and wherein said average particle size is within the range of 100 μm - 3 mm. (a) acquiring at least one Near Infrared Spectroscopy, NIR, reflectance spectrum of said mixture; (b) calculating a value of said control parameter by means of a calibration curve which correlates the NIR reflectance spectrum with the values of said control parameter measured with a reference measurement method;
A surface adapted to transmit a haptic feedback generated by an actuator that is coupled to a deformation region of said surface, said surface is to be actuated by a user on said deformation region, and comprises: a first region having a first level of stiffness; and a second region having a second level of stiffness; characterized by a third region having a third level of stiffness; wherein said second level of stiffness is less than said first level of stiffness and said third level of stiffness, and wherein said second region in combination with said third region defines said deformation region and wherein the haptic feedback is generally localized within said deformation region. a first region having a first level of stiffness; and a second region having a second level of stiffness; characterized by a third region having a third level of stiffness; wherein said second level of stiffness is less than said first level of stiffness and said third level of stiffness, and wherein said second region in combination with said third region defines said deformation region and wherein the haptic feedback is generally localized within said deformation region.
Inductive rechargeable battery charging device, in particular for a handheld power tool, having a charging unit for wirelessly charging an energy store and having a computation unit, which is provided to identify an interference factor during charging by means of a comparison of a charging characteristic variable with a normal value range, wherein the computation unit is provided to determine the normal value range by means of a piece of information from the energy store, and wherein the piece of information includes a calibration curve, which lies within the normal value range and which includes points (24, 26, 28) that characterize a specific quality factor at a specific resonant frequency for different distances between the energy store and the charging unit in the absence of the interference factor or in the case of an insignificant interference factor, characterized in that the computation unit defines discrepancy ranges by means of which it identifies the normal value range from the calibration curve as a two-dimensional range of the entirety of the discrepancy ranges around the points (24, 26, 28) of the calibration curve.
A device for switchably routing down-converted radio frequency signals from a plurality of inputs to a plurality of outputs, the device comprising: a respective switch for each output; and an interconnect arrangement comprising: a respective transmission line (22, 24, 26, 28) for each input, wherein each transmission line includes a plurality of branches for routing a down-converted RF signal received at the input of that transmission line to the switch (108A, 108B, 108C, 108D) of each output, wherein the switch of each output is operable selectively to connect one of the transmission lines to its output; and a plurality of cross-over points at which two of said branches cross over each other; characterised by: the interconnect arrangement further comprising a first axis of symmetry (70; 70A) about which a layout of the transmission lines is symmetrical. a respective switch for each output; and an interconnect arrangement comprising: a respective transmission line (22, 24, 26, 28) for each input, wherein each transmission line includes a plurality of branches for routing a down-converted RF signal received at the input of that transmission line to the switch (108A, 108B, 108C, 108D) of each output, wherein the switch of each output is operable selectively to connect one of the transmission lines to its output; and a plurality of cross-over points at which two of said branches cross over each other; characterised by: the interconnect arrangement further comprising a first axis of symmetry (70; 70A) about which a layout of the transmission lines is symmetrical. a respective transmission line (22, 24, 26, 28) for each input, wherein each transmission line includes a plurality of branches for routing a down-converted RF signal received at the input of that transmission line to the switch (108A, 108B, 108C, 108D) of each output, wherein the switch of each output is operable selectively to connect one of the transmission lines to its output; and a plurality of cross-over points at which two of said branches cross over each other; characterised by: the interconnect arrangement further comprising a first axis of symmetry (70; 70A) about which a layout of the transmission lines is symmetrical.
An information handling system comprising: a persistent memory configured to be secured via a passphrase; a basic input/output system, BIOS; and a management controller configured to provide out-of-band management of the information handling system; wherein the BIOS is configured to set the passphrase of the persistent memory, encrypt the passphrase via a first key of a first asymmetric key pair, and transmit the encrypted passphrase to the management controller; and wherein the management controller is configured to decrypt the encrypted passphrase via a second key of the first asymmetric key pair, re-encrypt the passphrase via a first key of a second asymmetric key pair, and transmit the re-encrypted passphrase to an external management console via an out-of-band management interface, the external management console being external to said information handling system. a persistent memory configured to be secured via a passphrase; a basic input/output system, BIOS; and a management controller configured to provide out-of-band management of the information handling system; wherein the BIOS is configured to set the passphrase of the persistent memory, encrypt the passphrase via a first key of a first asymmetric key pair, and transmit the encrypted passphrase to the management controller; and wherein the management controller is configured to decrypt the encrypted passphrase via a second key of the first asymmetric key pair, re-encrypt the passphrase via a first key of a second asymmetric key pair, and transmit the re-encrypted passphrase to an external management console via an out-of-band management interface, the external management console being external to said information handling system.